Products Catalog - Neodent 2011 by Neodent

Technical Guidance

Value your job

Morse Taper Implants

Ti External Hex Implants

II Plus Internal Hex Implants

Zygomatic Implants

102

Surgical Techniques

110

Bone Grafting and Orthodontic Anchorage

128

Kits Neodent

136

Surgical Instruments

154

All Neodent efforts aim to provide what is best for you. Such thinking is part of our mission, and, therefore, we hope to serve ou forever, and getting better. Neodentâ&#x20AC;&#x2122;s ommitment is to be 100% for you. Being company 100% for you reflects in our ervice, in our business relationships, in Much more thanin our events our product development, dental implants, a Whenever nd in our scientific research. ou see a Neodent advisor, company madea collaborator or even a solution 100%for for our you.company with he brand of 100% for you, know that the meaning is the effort, professionalism and reat commitment in working to solve verything you need. For us, all stages, rom conception to delivery implant, re vital to ensure that quality is being maintained. Is to obtain this result we add ll our efforts. For you to be well attended nd have excellent products available, plus 2

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Imagine a manufacturing process beginning

75% of the project is now completed. Then,

from scratch. Based in science and research,

products are packed and sent to logistics, to our

a specialist analyzes the function, the format,

advisors, and subsequently to you. 100%. The

details, and the materials with which the implant

work is done!

or the component will be made. All of it with lots of studies and dedication. When this step is

This is the reason why 100% is so important

completed, about 20% of the whole work has

for us. All steps, from the implantâ&#x20AC;&#x2122;s concept

been finalized.

through to delivery, are paramount in order to maintain Neodentâ&#x20AC;&#x2122;s

Now, it is time to transform

quality assurance. We combine

raw-materials into a refined

all our efforts to achieve such

surgical material, something

percentage, so that you can

that is possible due to the high

be served well, having reliable

industrial technology and also

products available and all the

because of the involvement of

support you need to enhance

outstanding professionals with

even further your own talents.

the project. Now, 50% of the whole project is completed.

This catalog, in line with any other of Neodentâ&#x20AC;&#x2122;s solutions, is the result of 100%

Now it is the time when the strict quality control is

of commitment and dedication from us to

applied, including sterilizing, and the withdrawal

professionals like you.

of any errors and imperfections. Approximately

The Industry In order to guarantee our innovative potential and our high technology, in 2009 we inaugurated our New Industrial Complex, featuring 12.000m2, occupying a plot of land measuring 50.000m2, expanding our production capacity like no other one in Latin America. The Complex is equipped with automated machinery, which runs during 3 non-stop shifts. Thanks to such manufacturing potential, Neodent is also the only Latin American company in its

QUALITY CONTROL

segment capable of manufacturing its instruments inhouse. The whole project was planned so as to optimize production and to allow our structure to irradiate our companyâ&#x20AC;&#x2122;s fundamental values: advances in technology, respect for human beings and socio-environmental responsibility. CLEAN ROOM

INSTRUMENTS PRODUCTION

PACKAGE

Continuous Development and Quality Control

TRI-DIMENSIONAL CONTROL

ROBOTICS

Apart from counting on the best and most modern equipments, the Industrial Complex has an integrated Materials Laboratory (LIM), aimed directly at research, development and quality control. This Lab

MECHANICAL TESTS

provides: Scanning Electron Microscope (MEV), which guarantees quality starting from raw-materials and up to the finishing of the products; mechanic and metallographic tests that assess the long term mechanical endurance, and also allow the micro-structural analysis of all products. All of it results in excellence for you, our client who gives us your trust and who take our name into your consulting room.

PRODUCTION

SCANNING ELECTRON MICROSCOPE

Respect to human standards

AUDITORIUM: CONSTANT PROFESSIONAL TRAINING

The respect to human standards is a principle trait in the architectural design of the New Industrial Complex, highlighted by the preference for naturally lit environment and of the use of materials and technologies that provide greater thermoacoustic comfort. Now, our employees have much more infrastructure and ergonomy for their daily activities. We also have a fully-equipped restaurant

MULTI-PURPOSE COURTS

GAMES ROOM

visually integrated into the grove, which attends to the necessities of the employees and visitors, including during the diverse events promoted. Concerned with constant training, we constructed a spacious auditorium to promote the transmission of knowledge, one of the important pillars of our essence. Besides intellectual development, encouragement towards sport is also a priority: sport courts, a golf course, football and wood RESTAURANT

forest for hiking. These values are the base of a strong trademark that focuses on the people and works for their wellbeing.

Environment Starting with the selective garbage collection, up to the treatment of the residual waters at our Effluents Treatment Station, we perform continuous monitoring of environmental issues, observing the applicable environmental and sanitation regulations. When we conceived our new Industrial Complex, we have adopted social and environmental solutions that are efficient, respecting the needs of our associates, and reinforcing the image of the company as a reference icon in environmentally correct actions.

EFFLUENTS TREATMENT STATION

WATER RETURNED TO THE ENVIRONMENT AFTER TREATMENT

PREFERENCE FOR NATURAL LIGHTING

We count on the scientific support of ILAPEO – The Latin American Institute of Research and Dental Education -, a center of excellence in research, advances and innovations in the clinical practice of dentistry. An institute made up of professionals, professors and researchers of the highest level of knowledge who offer post-graduate courses, such as specialization and master’s degree, recognized by CFO, MEC

MULTI-DISCIPLINARY LABORATORY

and CAPES. BLUE CLINIC

LIBRARY

AUDITORIUM

RECEPTION

A globally renowned company, made 100% for you.

Besides our industrial and commercial headquarters located in Curitiba (PR â&#x20AC;&#x201C; Brazil), we count with ten branches, located in the cities of Sao Paulo, Bauru, Rio de Janeiro, Belo Horizonte, Porto Alegre, Goiania, Brasilia, Londrina, Recife and Vitoria. Also, eight authorized distributors extend our network into seven different Brazilian states (Amazonas, Bahia, Mato Grosso, Mato Grosso do Sul, Para, Santa Catarina and Tocantins), apart from our overseas branches located in Portugal and in the United States. Our international distribution network reaches thirteen other countries, namely Argentina, Bolivia, Chile, Colombia, Ecuador, Spain, Italy, Lebanon, Paraguay, Peru, Dominican Republic, Taiwan and Venezuela.

Contact Whenever you need, you can count on our different communication channels: â&#x20AC;˘www.neodent.com.br

CAD CAM SYSTEM

The Neoshape CAD/CAM system allows the selection of several materials, such as Zirconia, Cobalt-Chromium, Titanium and Acrylic, highlighting also the Lithium Disilicate.

PARTNERSHIP BETWEEN NEODENT AND 3SHAPE The 3shape scanner is the first step for use of the Neoshape system, having as one of its differentials the precision of laser scanning. With it, the Prosthesis Technician can digitalize the plaster models or moldings, and use a simplified 3D modeling software to create parts in a simple and intuitive way. The scanner is sold in Brazil by Neodent, under its partnership with 3shape, a Danish company that is internationally renowned for its 3D scanning technology and quality. The D700 scanner provides micro-metric precision, as it performs a laser reading in 5 different planes, with no human intervention. Professionals who purchase the system can rely on world-class technical support, provided by the company, and also with all technical information needed to properly operate the product.

DENTAL DESIGNER SOFTWARE The Dental Designer software is very flexible and intuitive. Its tools are simple, and allow the manipulation of the drawings of prosthetic structures, quickly and efficiently. The software also allows customized anatomic adjustments, such as: spacing for cementing, coping thickness, adding or reducing the virtual polishing, customization of abutments, among many other possibilities. As the whole planning occurs virtually, the waste of time and materials is reduced.

It also allows micrometric adjustments, optimizes the production time, 3D virtual polishing and laser scanning technology.

NEODENT’S MILLING CENTER The milling process begins after the virtual image (previously designed by the prosthesis technician using the Dental Designer software) is forwarded to the CAM software, which will mathematically determine the angles and the axis to be worked on the material, in order to reach a result absolutely identical to what was designed.

AVAILABLE MATERIALS: - Cobalt-Chromium: ideal for metalloceramics prosthesis. - Titanium: material recommended for infrastructure of hybrid prosthesis. - Zirconia: Aesthetics, high resistance, biocompatibility. - E-max® CAD: Translucent, resistance, esthetics and easy to use. Zirconia

Cobalt-Chromium

PARTNERSHIP BETWEEN NEODENT AND IVOCLAR Neodent has established a partnership with Ivoclar Vivadent, and with it will bring to the Brazilian market a new option of material for the fabrication of customized prosthesis. It is the Lithium Disilicate (LS2), the E-max® CAD, a material that combines resistance, esthetics and ease of use.

Surface

Following years of intense researches and development of new technologies, Neodent has achieved the most modern and current techniques for the surface treatment of implants: the Neoporos Surface. The NeoPoros surface is obtained from the concept of blasting with abrasive particles, which has automated controls for speed, direction, pressure and size of the particles that collide with the implant. With that, we create craters at the implantâ&#x20AC;&#x2122;s surface using oxides of controlled granularity. Next, the surface is leveled using the acid subtraction technique. Several scientific researches were performed, attesting the efficiency of the bio-contact quality between bone and implant, with the NeoPoros surface.

Continuous Evolution and Safety Assurance

Electronic microscopes of the Neoporos Surface in amplifications of 2000X and 5000X.

Controlled roughness to guarantee the size of the pores between 2.5 and 5.0Âľm throughout the entire implant surface.

Direct contact of the bone to the implant, showing osteogenesis by contact and the osseous induction potential of Neoporos Surface.

Histological study of the bone tissue response of Neodent implants with Neoporos Surface.

Bone crest formed over a cervical portion of the Morse taper implants with Neoporos surface after a period of osseointegration.

Technical Guidance 15

IMPLANT INDICATION TABLE

Bone type I

Bone type II

Bone type III

Bone type IV

Morse Taper

MEDULLAR

Cortical with Mount

With Mount

In accordance with the bone classification of Lekholm and Zard (1985).

NEODENT IMPLANTS APEX

Drive Implant Apex

Cortical Implant Apex

EX Implant Apex

Alvim Implant Apex

CONNECTIONS AND TORQUES

0.9

1.2

1.6

Prosthetic Abutments

32N.cm

CM Abutment and WS 15N.cm

CM Angled Mini Abutment and Exact

32N.cm

MORSE TAPER

CM Mini Conical Abutment, WS and CM Micro Abutment Universal Post CM and WS

32N.cm

Universal Post CM Through Screw

15N.cm

Universal Post CM and Angled Exact

15N.cm

Anatomic Post CM and Exact

15N.cm 32N.cm

Mini Ball Attachment Cylinders

10N.cm

Conical Abutment (Ø 4.3) and Slim Fit (Ø 4.3)

20N.cm

Conical Abutment (Ø 5.0)

20N.cm

Mini Conical Abutment (Ø 3.3 and Ø 4.3)

20N.cm

EXTERNAL HEX

Mini Abutment Slim Fit (Ø 5.0)

20N.cm

Mini Abutment Slim Fit (Ø 4.1)

32N.cm

Angled Mini Conical Abutment (Ø 4.1)

20N.cm

Universal Post SF, Personalizable and Angled

32N.cm

UCLA (Ø 3.3; Ø 4.1; Ø 4.3; Ø 5.0)

32N.cm 32N.cm

Mini Ball Attachment 10N.cm

Cylinders

INTERNAL HEX

Conical Abutment II Plus and Mini Abutment II Plus

20N.cm

Conical Abutment II Plus Angled

20N.cm

Universal Post and Angled II Plus

20N.cm

UCLA II Plus

20N.cm

Mini Ball Attachment

20N.cm

Cylinders

10N.cm

SELECTION OF PROSTHETIC COMPONENTS ACCORDING TO THE ABUTMENT/IMPLANT INTERFACE Working manner

Type of prosthesis

A. Overdenture Abutment

1. Screw-retained

Multipl e Prosthesis

Singl e Prosthesis

•Mini Conical Abutment •Transepithelial Abutment •Micro abutment

•Conical Abutment •CM Abutment

Multipl e Prosthesis

2. Cemented •Universal Post •Personalizable Post

Singl e Prosthesis •Anatomical Post •Universal Post •Personalizable Post

B. Directl y on the Implant Multipl e Prosthesis

Singl e Prosthesis

•UCLA

Multipl e Prosthesis

Singl e Prosthesis

•UCLA

Value your work

The cylinders and UCLAs for overcasting

in the screw passage tube. Therefore, the

present with perfect adaption and perfect

overcastting technique maintains the quality

fitting, following international quality

of the fittings among the guaranteed parts

regulations and standards. The dimensional

from the factory and enables the design and

tolerance between implants, intermediates

individualization of the

and manufactured belts, as well as the

infrastructure, to allow additional material on

individual analysis of each piece, are the

the manufactured base to hold its shape.

differences of these components that pass

The use of these products should be

through strict industrial quality control at a

carried out in accordance with the handling

micrometric level.

instructions as described in the manual, as well as in the instructions provided by the

All of these products are manufactured using

various manufacturers of overcasting alloys.

the latest equipment, ensuring the best

Thus, the oral rehabilitation team can ensure

adaption. Castable polymers sleeves fitted

success for the technique more safely. For

over the metal bases are replaced with metal

best results, always use the entire

after the overcasting process, thus the pre-

sequence of Neodent速 products (analogues,

fabricated metalic base has a higher fusion

abutments, screws, transfer copings, and

temperature than the metal to be overcast.

protectors).

Such polymers facilitate the finishing process of the parts and ensure the overlapping of

Believing in the importance of allowing the

the overcast metal to the pre-manufactured

customer to choose the product, we offer

metal. However, the casting process does

different metallic alloy cylinders with pre-

not follow the same quality control that the

fabricated belts bases for overcasting.:

manufacturing process does, therefore, the dental technician should often check for

- Cobalt-Chromium.

the absence of positive metallic porosities

- Gold (Gold Alloy).

HANDLING OF

CYLINDERS FOR OVERCASTING Regardless of the type of alloy chosen, the dental technician should take special care when handling the pre-fabricated cylinders, thus improving the quality of the overcasting and the ceramic application processes. 1. Waxing: The edges waxing of the component cannot overrun the borders that come into contact with the implant or the prosthetic component (metallic base of cylinder), guaranteed to preserve and adapt the industrial quality control process. 2. Overcasting: The prosthetic cylinders are made non-sterile and are suitable for single use. The metal bases are manufactured with alloys that have a high fusion temperature compared to the metal that is to be overcast. In cases where the metal for overcasting has a higher fusion temperature than the manufactured parts, they will deform due to high temperatures. However, if the metal due to be overcast has a fusion temperature much lower than the metal in the base, bonding may occur between the parts and the base of the component, which could result in the release of the infrastructure. All the cylinders with pre-fabricated bases are evaluated one by one, from the reception of the raw material, which is analyzed before production, to its final package, ensuring quality throughout the entire manufacturing process.

3. Finishing and metal polishing: The disembedding of the casted object at the coating must be done carefully, avoiding abrasive jets blasts, which may alter the prefabricated surface. It is recommended to machining the final infrastructure at a low rotation with the use of refrigeration, with specific drills for metal. Both of the areas corresponding to the stop of the head of the prosthetic screws inside the passing tube must maintain their full original shape, without the presence of positive metal porosities or deformations. The edges of the cylinders must be covered by polishing protectors during the polishing and the finishing of the infrastructure. Corrosive materials, such as those with iron particles, should also not be used. Very strict criteria should be applied, because flaws in overcasting procedure may cause the loss of the entire work. 4. Ceramic application: The porcelain choice should correspond to the used alloy (CoCr, Tilite or Gold). The ceramic cannot be applied directly over the manufactured bases of the cylinder, so that the waxing and the overcasting ensure a complete covering of the infrastructure area in which the ceramic is to be applied.

COBALT-CHROMIUM LINE (CoCr) The cylinders for overcasting with prefabricated bases of Cobalt-Chromium (CoCr) have a high resistance to water corrosion and elevated mechanical resistance to withstand occlusal loads. This is an alloy that has a high biocompatibility and is easy to use by the technician, with an excellent acceptance of ceramic application for CoCr. In addition, this alloy is compatible with one of the strongest trends in healthcare worldwide in its absence of Nickel in its chemical composition, resulting in lower risks of allergenic reactions when in contact with living tissues, such as the oral mucosa. Several cylinders and UCLAs are available in this alloy, and from the customised infrastructures of the Neoshape line. Note the options and mechanical characteristics (rotational or antirotational) for each case, as well as the sequence of products found in this catalogue.

Important informations: • Melting range: 1.287 to 1.378°C (2.348 to 2.512 °F); • Density: 8,28 g/cm3; • Coefficient of thermal expansion: 14,2µm/K (600°C). An alloy compatible for the overcasting procedure that is in accordance with regulations ASTM F1537, ASTM F799, ISO 5832-12 or ISO 5832-4 should be chosen. The thickness of the metal after overcasting must be at least 0.5 mm, and can be reduced during manufacturing and finishing by up to 0.3 mm. Welding must be done in the range of 1.120 to 1.150°C (2.048 to 2.102 °F)

The chemical composition of the high fusion CoCr alloy follows is in accordance to the international regulation ASTM F-1537, by following this chemical composition:

CHEMICAL ELEMENT

Composition (%)

Cobalt

58 to 69

Chromium

26 to 30

Molybdenum

5 to 7

Nitrogen

Max. 0,25

Carbon

Max. 0,14

ALUMINA LINE In line with global aesthetic trends, the following cylinders are available for the sequence of Universal Posts made of Aluminum Oxide: The Alumina line, indicated to cemented unitary prosthesis without metal, has the following characteristics: • Superior aesthetics and excellent

biocompatibility; • Absence of metallic margin; • Best translucency; • Security on marginal adaptation; • Effective Mechanical properties; • No possibility of thermal conductivity or oxidation; • Excellent cost/ benefit; • Technical procedures widely known by the DENTAL TECHNICIANS.

Note the sequence of procedures for utilization of this product found in this catalogue. Aluminized feldspathic ceramics are suitable for the application of these Alumina cylinders. Some situations require the customization of the cylinder in order to avoid the excess of unsupported feldspathic ceramics, as following the manufacturer’s instructions of the ceramics. For this, the DENTAL TECHNICIAN must use aluminized ceramics of margin or reconstruction, fabricating the final infrastructure before the application of the porcelain.

GOLD LINE Among the metallic alloys, the cylinders for overcasting with prefabricated bases in gold are to be the first choice for the construction of prosthetic infrastructures on dental implants. Of all of the existing metallic alloys for the manufacture of dental prosthesis, none were better than the gold alloys in relation to intraoral survival time due to their following characteristics: • Excellent biocompatibility: no

cytotoxic potential (extraction test ISO 10993-5) or allergenic reaction (ISO 10993-10 maximized); • Extremely low levels of corrosion (according to regulation ISO/DIS 10271); • Excellent mechanical properties; • Reduction of friction coefficient between parts; • Increased pre-load of the prosthetic screw.

Cylinders on mini abutments and UCLAs are available in this alloy. Note the sequence of this product found in this catalogue. Important informations: • Melting range: 1.400 to 1490°C (2.552 to 2.714 °F); • Density: 17,5 g/cm3; • Coefficient of thermal expansion: 12,2µm/K (600°C).

The alloys must be chosen to be compatible with the overcasting procedure (gold or semigold) that are in accordance with regulation ISO 9693 and ISO 22674.. The thickness of the metal after overcastting should be at least 0.5 mm. Welding must be done in the range of 800 to 890°C (1.472 to 1.634 °F).

From a technical point of view, this is an alloy of easy handling for the DENTAL TECHNICIAN, since it has an optimal hardness, low capacity for deformation and a white colouring, which makes aesthetics easier. Its high fusion temperature permits overcasting with gold and semi-gold alloys and results in complete safety for the ceramic application.

The gold alloy with a high melting has the following chemical composition:

CHEMICAL ELEMENT

Composition (%)

Gold

Palladium

Platinum

Iridium

CASTABLE LINE A product line that gives to the DENTAL TECHNICIANS complete freedom to cast the infrastructure with a metallic alloy of their choice, directly over the implant platform or abutment. Often, price is the decisive factor in this choice. Therefore, the adaptation quality to the implant primarily depends on the care in handling by the professional, providing quality assurance of prosthetic components with prefabricated metallic base. After casting, we suggest that you always evaluate the adaptation of the analogues prior to cementing the crown.

The castable components are available for all cylinders on intermediary, Universal Posts and UCLAs. Note the sequence of this product found in this catalogue.

TITANIUM LINE Among the more traditional alloy in implantology, there is the Titanium, conforming to regulation ASTM F136Ti6Al4V. Known as Titanium grade V, it is widely used in the manufacture of provisional prosthesis. The dentist or the DPT can adapt resin crowns pre-fabricated over the cylinders and can create provisional crowns with perfect fitting and security, or even create a provisional crown directly over the cylinders, which can be used in immediate loading situations. The prosthetic components in Titanium are provided sterile, guaranteeing security and strengthening our ethical commitment with you.. Pre-fabricated components in Titanium must not be overcasted. Although Titanium has a high fusion temperature (approx 1680 ยบC), the alloy undergoes structural changes when subjected to high temperatures. Therefore, metallic alloys with Titanium base still remain a challenge to the science of dental material. The Titanium prosthetic components are offered as cylinders for all intermediates and implants, also as customized infrastructures with the Neoshape line. Note the mechanical characteristics (rotational or anti-rotational) of each case and the sequence of products found in this catalogue.

The implant with impermeable fitting that optimizes bacterial sealing and the health of periimplant tissue.

COMPONENTS INDICATION TABLE

2.5

pla n

Ø3

.0 m

ØI

mp lan t

Internal Thread Ø 1.8

MORSE TAPER MORSE TAPER

3.5, 3.75, 4.0, 4.3 and 5.0 mm MORSE TAPER WS ZYGOMATIC CM

4.0, 5.0 and 6.0 mm

Screw-retained Prosthesis •CM Abutment (single) •CM Mini Abutment (multiple) •CM Angled Mini Abutment 17° and 30° (multiple) •CM Micro Abutment (multiple)

•WS Abutment (single) •Ws Mini Abutment (multiple) •CM Transepithelial Abutment (multiple)

Cemented Prosthesis •CM Angled Universal Post 17° and 30° •CM Universal Post Through Screw •CM Universal Post (single body) •Anatomical Post in Titanium

•WS Universal Post with Through Screw

Overdenture •CM Mini Ball Attachment

Protocol •CM Micro Abutment •CM Mini Abutment •CM Angled Mini Conical Abutment 17° and 30° •Cylinder and Distal Bar Passive Fitting Technique •Castable Cylinder – Mini Abutment •Titanium Cylinder – Mini Abutment •Brass Cylinder – Mini Abutment

•WS Mini Abutment (single) Passive Fitting Technique •Castable Cylinder – Mini Abutment •Titanium Cylinder – Mini Abutment •Brass Cylinder – Mini Abutment

M or s e

Ta p e r

• • • • • •

GAP reduced (impermeable fitting); Stable Anti-rotational fixing; High mechanical strength; Unique prosthetic interface, independent of the implant diameter; First system with Morse Taper fitting in Brazil; The CM angle and the internal thickness of the implant enable the design of the screw thread to reach the cervical portion of the implant; • High resistance, comparable to implants with external hex with regular platform; •NeoPoros Surface.

Simplified installation with no mount.

Morse Taper Implants now with indexer.

Each point at Installation Driver corresponds to one plane face of the indexer.

New line of Exact components, specific for CM Index Implants.

CM Implants now with Prosthetic Index

The hexagonal prosthetic index simplifies the implant installation process, reduces surgical time, increases the resistance to insertion torque and allows dentists to install the prosthesis already with a forecast for the positioning of the crown regarding the implant, thus providing even more safety, speed and flexibility to clinical and laboratorial works.

Capture and Transport of the Implant Specific drivers to the hexagonal prosthetic indexer in the implant, available for contraangle or ratchet, allow the capture of the implants directly on the package. The replacement of old mounts for these drivers guarantees greater resistance to torque, more faster and safety on procedures.

Drivers The installation drivers have six markings which match with the six faces of the hexagonal prosthetic index of implant. At the installation moment, one of these markings in driver should be in vestibular position, facilitating thus the posterior prosthetic procedure.

CM Exact Line

Apart from the single CM interface for all implant diameters, the CM implants now have one more family of prosthetic components, the EXACT LINE. This line features have at their tip a hex index that allows positioning the prosthesis over the implant (prosthetic indexing), making our Morse Tapers line even more flexible.

Conventional components or Exact

Only Conventional Components

Versatility of Index Implant The CM implants with prosthetic index remain compatible with the entire line of CM prosthetic components that you already know. However, the Exact line is only compatible with CM implants with Index.

Contact one of our consultants and discover the advantages of the new Morse Taper implants and whole family of Exact prosthetic components.

CM Index Implants

CM Implant

h c u n a L

Product Characteristics: •Morse Taper interface; •NeoPoros Surface; •Implant with conical central nucleus; •Cervical conicity to reduce the compressive tension; •Double and progressive threads; •Cutting chambers in counterclockwise direction; •Apical thread with blade shape; •The installation is performed with specific drivers to the index of the implant, providing the implant capture directly on packaging, offering more safety and speed; •Suitable for bones type III and IV and pos-extracting installation; •Unique prosthetic interface for all implant diameters; •Best prosthetic resolution with CM Implant 2mm infraosseous; •Perforation rotation: 500-800 rpm; •Insertion rotation: 30 rpm.

3.5 mm 4.3 mm 5.0 mm

Alvim Drill 5.0

Alvim Drill 4.3

Alvim Drill 3.5

Alvim Drill 2.0

Initial Drill

Drill sequence

Mo rse

8.0 mm

10.0 mm

11.5 mm

13.0 mm

16.0 mm

109.692

109.682

109.693

109.683

109.684

109.689

109.688

109.627

109.628

109.629

109.690

109.685

109.691

109.686

109.687

Taper

Ø 3.5

Ø 4.3

Ø 5.0

CM Cover Screw 2 mm

•Use Digital Driver 1.2mm (104.007) for installation;

117.013

•Do not exceed torque of 10 N.cm.

117.017

Healings 0.8 mm

1.5 mm

2.5 mm

3.5 mm

4.5 mm

5.5 mm

Ø 3.3

106.182

106.168

106.169

106.170

106.183

106.184

Ø 4.5

106.175

106.171

106.172

106.173

106.174

106.180

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

Product Characteristics: •Cylindrical implant with Morse Taper interface; •NeoPoros Surface; •The installation is performed with specific drivers to the index of the implant, providing the implant capture directly on packaging, offering more safety and speed; •Double thread (faster installation and less trauma); •High cutting capacity; •Suitable for bones type I and II and grafting areas in block; •Cover screw not included; •Unique prosthetic interface for all implant diameters; •Cervical diameter equal to implant diameter; •Observe the specific Pilot Drill (countersink function); •Better prosthetic resolution with CM Implant inserted 2mm infraosseous; •Perforation rotation: 800-1200 rpm; •Insertion rotation: 30 rpm.

CM Pilot 4.3/5.0

Titamax Drill 4.3

Titamax Drill 3.8

CM Pilot 3.3/4.0

CM Pilot 3/3.75

Titamax Drill 3.3

CM Pilot 2.8/3.5

Titamax Drill 3.15

Titamax Drill 3.0

Titamax Drill 2.8

Pilot 2/3

Titamax Drill 2.0

Initial Drill

Drill sequence

3.5 mm 3.75 mm 4.0 mm 5.0 mm Optional

Mo rse

7.0 mm

8.0 mm

9.0 mm

11.0 mm

13.0 mm

15.0 mm

Tap er

17.0 mm

Ø 3.5

109.613

109.614

109.615

109.616

109.617

109.618

109.619

109.606

109.607

109.608

109.609

109.610

109.611

109.612

109.630

109.631

109.632

109.633

109.620

109.634

109.635

109.642

109.643

109.644

109.645

109.646

Ø 3.75

Ø 4.0

Ø 5.0

CM Cover Screw 2 mm

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

117.013

117.017

Healings 0.8 mm

1.5 mm

2.5 mm

3.5 mm

4.5 mm

5.5 mm

Ø 3.3

106.182

106.168

106.169

106.170

106.183

106.184

Ø 4.5

106.175

106.171

106.172

106.173

106.174

106.180

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

Morse Taper

Product Characteristics: •Cylindrical implant with Morse Taper interface; •NeoPoros Surface; •The installation is performed with specific drivers to the index of the implant, providing the implant capture directly on packaging, offering more safety and speed; •Double thread (faster installation and less trauma); •High compaction capacity (bone expansion); •Suitable for bones type III and IV and in areas with little bone thickness; •Cover screw not included; •Unique prosthetic interface for all implant diameters; •Cervical diameter equal to implant diameter; •Simplified instrumentation in the prepare of surgical alveolus; •Best prosthetic resolution with CM Implant 2mm infraosseous; •Perforation rotation: 800-1200 rpm; •Insertion rotation: 30 rpm.

Titamax Drill 3.0

Titamax Drill 2.8

Pilot 2/3

Titamax Drill 2.0

Initial Drill

Drill sequence

3.5 mm 3.75 mm 4.0 mm Optional

Mo rse

9.0 mm

11.0 mm

13.0 mm

109.661

109.662

109.663

109.664

109.665

109.666

109.667

109.668

109.669

109.670

109.636

109.637

109.638

109.639

109.640

Tap er

15.0 mm 17.0 mm

Ø 3.5

Ø 3.75

Ø 4.0

CM Cover Screw •Use Digital Driver 1.2mm (104.007) for 2 mm

installation; •Do not exceed torque of 10 N.cm.

117.013

117.017

Healings 0.8 mm

1.5 mm

2.5 mm

3.5 mm

4.5 mm

5.5 mm

Ø 3.3

106.182

106.168

106.169

106.170

106.183

106.184

Ø 4.5

106.175

106.171

106.172

106.173

106.174

106.180

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

Product Characteristics: • Conical implant with Morse Taper interface; • NeoPoros Surface; • The installation is performed with specific drivers to the index of the implant, providing the implant capture directly on packaging, offering more safety and speed; • Double thread (faster installation and less trauma); • Suitable for bones type III and IV and pos-extracting installation; • Cover screw not included; • Cervical diameter equal to implant diameter; • Unique prosthetic interface for all implant diameters; • Observe the specific Pilot Drill (function countersink); • Best prosthetic resolution with CM Implant 2mm infraosseous; • Perforation rotation: 500-800 rpm; • Insertion rotation: 30 rpm.

3.5 mm 4.3 mm 5.0 mm

CM Pilot 4.3/5.0

Alvim Drill 5.0

CM Pilot 3.6/4.3

Alvim Drill 4.3

CM Pilot 2.8/3.5

Alvim Drill 3.5

Alvim Drill 2.0

Initial Drill

Drill Sequence

Mo rse

10.0 mm

11.5 mm

13.0 mm

109.657

109.658

109.659

109.621

109.660

109.647

109.648

109.649

109.622

109.651

109.652

109.653

109.654

109.655

109.656

8.0 mm

Tap er

16.0 mm

Ø 3.5

Ø 4.3

Ø 5.0

CM Cover Screw 2 mm

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

117.013

117.017

Healings 0.8 mm

1.5 mm

2.5 mm

3.5 mm

4.5 mm

5.5 mm

Ø 3.3

106.182

106.168

106.169

106.170

106.183

106.184

Ø 4.5

106.175

106.171

106.172

106.173

106.174

106.180

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

Morse Taper

Medullar and Cortical

Product Characteristics: •Cylindrical implant with Morse Taper interface; •NeoPoros Surface; •Pre-mounted; •Cover screw not included; •Optimization of primary stability; •Excellent alternative to posterior edentulous lower jaw; •Specific Surgical Kit; •Observe the specific Pilot Drill (same function of countersink drill); •In Medullar Titamax WS Implant, the pilot drill is optional; •Perforation rotation: 200-300 rpm; •Insertion rotation: 30 rpm; •Unique Morse Taper prosthetic interface (same dimensions as CM Zygomatic Implants).

CM Pilot 5.3/6.0

Titamax Drill 5.3

CM Pilot 4.3/5.3

CM Pilot 4.3/5.0

Titamax Drill 4.3

CM Pilot 3.8/4.3

Titamax Drill 3.8

CM Pilot 3.3/4.0

CM Pilot 3/3.75

Titamax Drill 3.3

CM Pilot 2.8/3.5

Titamax Drill 3.0

Titamax Drill 2.8

Pilot 2/3

Titamax Drill 2.0

Initial Drill

Drill sequence

4.0 mm 5.0 mm 6.0 mm Obligatory for Cortical Implant and Optional for CM Medullar Implant

Mo rse

Cortical 5.0 mm

Tap er

Medullar 6.0 mm

Ø 4.0

5.0 mm

6.0 mm

109.578

109.579

109.580

109.581

Ø 5.0 109.604

109.605

Ø 5.0

Ø 6.0

109.574

109.575

109.576

109.577

Ø 6.0

•Use Digital Driver 1.2mm (104.007)

WS Cover Screw

for installation; •Do not exceed torque of 10 N.cm.

117.016

WS Healings 0.8 mm

1.5 mm

2.5 mm

3.5 mm

106.186

106.187

106.188

106.189

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

Demonstrative sequence of

CM Abutment and WS Abutment

Prosthetic Torque Ratchet Driver

Titanium

CoCr

Castabl e

Torque Connection 1.2

GT Cylinder

GT Protective Cylinder

GT Analogue

Transfer GT Open Tra y Transfer

•Same prosthetic sequence as the GT Implant;

Transfer GT Closed Tra y Transfer

Prosthetic Torque Ratchet Driver

•Available in Titanium; •Minimum interocclusal space of 5.0mm from the mucosa level; •Conicity 15°; •Single screw-retained prosthesis (anti-rotational); •The cylinders come with Neotorque screw, except the castables, that comes with Titanium screw.

Torque Connection 1.6

N.cm CM Abutment

WS Abutment

Mo rse

CM Abutment

WS Abutment

0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm 115.162

115.147

115.148

Tap er

115.152

115.163

115.164

0.8 mm 1.5 mm 2.5 mm 3.5 mm 115.180

115.181

115.182

115.183

• Observe corresponding sequence and indicated torque; • Use Torque Connection 1.6mm (105.006); • To torque control, use Prosthetic Torque Ratchet Driver (104.026).

GT Transfer Open Tra y

GT Cylinder

Closed Tra y

108.039

108.040

•Available in Titanium; •For transference and molding of prosthesis; •For open tray or closed tray technique; •Anti-rotational.

GT Analogue 101.037

Castabl e

118.180

Titanium

118.179

CoCr

118.242

•Available: Titanium: for provisional prosthesis; CoCr: overcastting; Castable: casting. •With screw; •To screw torque, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Anti-rotational.

•Available in Titanium; •Replica of implant platform or prosthetic component; •For prosthesis construction or prosthetic planning.

GT Protective Cylinder

GT Cylinder Screw

106.102

•Available in Titanium; •Used to protect the component during the prosthesis construction; •To installation, use Digital Driver 1.2mm (104.007).

Titanium

Neotorque

116.038

116.228

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026). Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Demonstrative sequence

CM Mini Abutment and WS CM Angled Mini Abutment Prosthetic Torque Ratchet Driver

Titanium

Castabl e

Nobl e / CoCr

Torque Connection 1.2

Cylinder of Mini Conical Abutment

Protective Cylinder of Mini Conical Abutment

Analogue Mini Conical Abutment

Transfer Mini Conical Abutment Multifuncional

Transfer Mini Conical Abutment

Prosthetic Torque Ratchet Driver

•Available in Titanium; •Minimum interocclusal space of 4.4mm from the mucosa level; •Multiple and screw-retained prosthesis; •Conicality 20°; •The cylinders come with Neotorque screw, except the castables, that comes with Titanium screw.

Prosthetic Abutment Driver

N.cm

WS Mini Conical Abutment

Prosthetic Torque Abutment Driver Connection 0.9mm

N.cm

CM Mini Conical Abutment

N.cm

CM Angl ed Mini Conical Abutment and EXACT (17 0 and 30 0 )

Mo rse

Tap er

CM Mini Conical Abutment 0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm 115.154

115.149

115.150

115.153

115.151

115.160

CM Angled Mini Conical Abutment 1.5 mm 2.5 mm 3.5 mm

WS Mini Conical Abutment

115.177

115.178

115.166

115.167

115.168

300

115.169

115.170

115.171

• Height of CM angled prosthetic components available on page 54; • To component torque, use Torque Connection 0.9 (105.065).

0.8 mm 1.5 mm 2.5 mm 3.5 mm 115.176

170

115.179

•Observe sequence and indicated torque; •To component torque, use Prosthetic Abutment Driver (105.009); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Cylinder Mini Conical Abutment

Transfer of Mini Conical Abutment Open Tra y

Closed Tra y

Multifunctional

Ø 4.1

108.022

108.021

108.068

Short Screw

116.036

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique; •Rotational.

Ø 4.1

Castabl e

Titanium

Nobl e

CoCr

CoCr for welding

118.112

118.113

118.206

118.209

118.210

•Available in: Titanium: provisional prosthesis; CoCr: overcastting; Castable: casting; Gold: gold alloy with high melting range. •With screw; •To screw torque, use Torque Connection 1.2mm (105.005) •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Rotational for screw-retained multiple elements.

Analogue of Mini Conical Abutment Ø 4.1

101.020

•Available in Titanium; •Replica of prosthetic component; •For prosthesis construction or prosthetic planning.

Protective Cylinder of Mini Conical Abutment Ø 4.1

Cylinder Screw

Ø 4.1

Titanium

Neotorque

116.037

116.227

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

106.054

•Available in Titanium; •Used to protect the component during the prosthesis construction; •To installation, use Digital Driver 1.2mm (104.007).

Neotorque •Application of a thin pellicle with

carbon basis, which promotes low friction coefficient, resulting in preload increase.

Demonstrative sequence of

CM Micro Abutment Prosthetic Torque Ratchet Driver

Titanium

CoCr

Castabl e

Torque Connection 1.2

Cylinder of Micro Abutment

Protective Cylinder of Micro Abutment

3.5 Analogue of Micro Abutment

Transfer CM Micro Abutment Open tra y

Prosthetic Torque Ratchet Driver

•Available in Titanium; •Multiple and screw-retained prosthesis; •Indicated to CM Implants with diameter of 3.5mm and close to each other; •Minimum interocclusal space of 4.4mm from the

Prosthetic Abutment Driver

mucosa level; •Prosthetic fitting diameter of 3.3mm ;

•The cylinders come with Neotorque screw, except

N.cm

the castables, that comes with Titanium screw. CM Micro Abutment

Mo rse

Protective Cylinder of CM Micro Abutment

CM Micro Abutment 1.5 mm 2.5 mm 3.5 mm 115.200

115.201

Tap er

115.202

•Observe sequence and indicated torque; •To component torque, use Prosthetic Abutment Driver (105.009); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Transfer of CM Micro Abutment Rotational

106.199

•Available in Titanium; •Used to protect the component during the prosthesis construction; •To installation, use Digital Driver 1.2mm (104.007).

Cylinder of CM Micro Abutment Titanium

118.246

Castabl e

CoCr

118.245

118.247

108.070

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray technique; •Rotational.

•Available in: Titanium: provisional prosthesis; CoCr: overcastting; Castable: casting. •With screw; •To screw torque, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Rotational for screw-retained multiple elements.

Analogue of CM Micro Abutment 101.057

Cylinder Screw

•Available in Titanium; •Replica of prosthetic component; •For prosthesis construction or prosthetic planning.

Titanium

Neotorque

116.037

116.227

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Demonstrative sequence of

CM and Exact Anatomic Post

Indicated sequence

Optional sequence Prosthesis conclusion

N.cm

Prosthetic Torque Ratchet Driver

Laboratorial Phase

Conventional molding

Torque Connection 0.9mm

Customization if is necessary

maximum CM Anatomic Post

Prosthetic Torque Ratchet Driver

Laboratorial Phase

CM Implant Analogue Torque Connection 0,9mm

•Available in Titanium; •Cemented unitary prosthesis; •Possible customization; •Indicated for aesthetic area; •Height of anatomic prosthetic components available on page 55.

N.cm CM Anatomic Post Transfer of CM Exact Implant Closed tray

Transfer of CM Exact Implant Closed tray

Transfer of CM Exact Implant Open tray

Mo rse

Tap er

Lateral Exact CM Anatomic Post

Exact CM Anatomic Post 1.5 mm 2.5 mm 3.5 mm

1.5 mm 2.5 mm 3.5 mm

114.422 114.423 114.424

114.425 114.426 114.427

•Available in Titanium; •Cemented prosthesis; •To installation, use Torque Connection 0,9mm (105.065); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Exact component exclusive for CM Index implants.

Lateral CM Anatomic Post

CM Anatomic Post 1.5 mm 2.5 mm 3.5 mm

1.5 mm 2.5 mm 3.5 mm

114.328

114.419

114.329 114.330

114.420

114.421

CM Implant Transfer

Conventional

Open tra y

Closed tra y

108.069

108.041

Short

108.065

Exact

108.076

CM Implant Analogue 101.058

•Available in Titanium; •Replica of the implant; •To the prosthesis confection or prosthetic planning.

•Available in Titanium; •Component with molding function for the prosthesis confection; •For open tray and closed tray technique; •Length: - Short: 15 mm; - Conventional: 20 mm.

Demonstrative sequence of

CM Universal Post

Cylinder of Universal Post

Ø 3.3

Ø 4.5

Analogue of CM Post

Ø 3.3

Ø 4.5

Transfer of CM Post

Prosthetic Torque Ratchet Driver

•Available in Titanium; •Cemented single prosthesis; •Straight component with single body.

Torque Connection 1.2 mm

N.cm

CM Universal Post

Castabl e

Alumina

Provisional

Ø 4.5 Castabl e

Provisional

Alumina

Ø 3.3

Mo rse

Tap er

CM Universal Post

Ø 4.5 Ø 3.3 Ø 4.5

6 mm

Ø 3.3

4 mm

0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm 114.129

114.077 114.078 114.079

114.136

114.137

114.131

114.080 114.081

114.082

114.142

114.143

114.130

114.086 114.087 114.088

114.139

114.140

114.132

114.083

114.145

114.146

114.084 114.085

•To installation, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Ø 4.5

108.044

Ø 3.3

108.043

Ø 4.5

4 mm 6 mm

Ø 3.3

Castable

Provisional

118.186

118.181

118.192

118.188

118.183

118.194

118.187

118.182

118.193

118.189

118.184

118.195

• Available in: Acrylic: provisional prosthesis; Alumina: for “metal free” prosthesis; Castable: casting. • Compatible with all Universal Posts, if not prepared.

Universal Post Analogue

Universal Post Set

Ø 4.5

Alumina

108.045

•Available in polymer; •Component with molding function by prosthesis construction; •For closed tray technique; •Select transfer according to the component to be molded, as prosthetic planning; •Anti-rotational.

Ø 3.3

6 mm

108.042

108.060 108.062 108.061 108.063

•Components Kit of Universal Post line, containing Transfer and Provisional / Castable Cylinders.

Ø 3.3 Ø 4.5 Ø 3.3 Ø 4.5

4 mm

Ø 3.3

6 mm

Ø 4.5

6 mm

Ø 3.3

4 mm

Universal Post Transfer

4 mm

Universal Post Cylinder

101.038 101.040 101.039 101.041

• Available in Titanium; • Replica of prosthetic component platform; • For prosthesis construction and prosthetic planning.

Demonstrative sequence of

CM Universal Post Through Screw Exact CM Universal Post WS Universal Post

N.cm

Prosthesis concluded

Prosthetic Torque Ratchet Driver

Torque Connection 0.9mm

Torque Connection 1.2mm

maximum CM Universal Post Through Screw

Exact CM Universal Post

WS Post

Laboratorial Ph ase

CM Implant

WS Implant

Analogue

•Available in Titanium; •Cemented single prosthesis; •Indicated for laboratorial customization.

Transfer of Exact CM Implant Closed tra y

CM Implant Transfer Closed tra y

CM Implant Transfer Open tra y

WS Implant Transfer Closed tra y

N.cm

Mo rse

Tap er

Exact CM Universal Post

Ø 4.5 Ø 3.3 Ø 4.5

6 mm

Ø 3.3

4 mm

0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm 114.408 114.360

114.361

114.362

114.363 114.364

114.357 114.358

114.359

114.372

114.409 114.366 114.367

114.368

114.369 114.370

114.342

114.375

114.410

114.411

114.340

114.341

114.373

114.376

•Component with through screw; •To installation, use Torque Connection 0.9mm (105.065); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Component Exact exclusive for CM Implant Index.

CM Universal Post Through Screw

WS Universal Post 0.8 mm 1.5 mm 2.5 mm 3.5 mm

Ø 4.5

114.115

114.149

114.150

114.151

114.152

114.153

114.117

114.118

114.119

114.162

114.163

114.155

114.156

114.157

114.158

114.159

114.160

114.116

114.120

114.121

114.122

114.165

114.166

•To installation, use Torque Connection 0.9mm (105.065); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

CM Implant Transfer

Conventional

Ø 4.5

4 mm

Ø 3.3

114.148

114.183

114.184

114.185

114.186

6 mm

Ø 4.5

6 mm

Ø 3.3

4 mm

0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm

114.187

114.188

114.189

114.190

•In two pieces (body and screw); •To installation, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Analogue

Open tra y

Closed tra y

108.069

108.041

101.058

101.055

Short

108.065

Exact

108.076

108.064

•Available in Titanium; •Replica of prosthetic component platform; •For prosthesis construction and prosthetic planning.

•Available in Titanium; •Component with molding function for the prosthesis confection; •For open tray and closed tray technique; •Length: - Short: 15 mm; - Conventional: 20 mm

Demonstrative sequence of

Universal Post Angled CM and Exact

Universal Post Cylinder

Ø 3.3

Ø 4.5

CM Post Analogue

Ø 3.3

Ø 4.5

CM Post Transfer

Prosthetic Torque Ratchet Driver

•Available in Titanium; •Cemented single prosthesis.

Torque Connection 0.9mm

N.cm

Exact CM Angl ed Universal Post

CM Angl ed Universal Post

Castabl e

Alumina

Provisional

Ø 4.5 Castabl e

Provisional

Alumina

Ø 3.3

Mo rse

Exact CM Angled Universal Post

CM Angled Universal Post 1.5 mm 2.5 mm 3.5 mm

300

Ø 3.3 Ø 4.5

114.391

114.392

Ø 4.5 170

114.387 114.388 114.389

Ø 3.3

114.393 114.394 114.395

Ø 4.5

114.396

114.397

114.398

Ø 3.3

114.402

114.403

114.404

Ø 4.5 300

114.399

114.400

114.401

Ø 3.3

114.405

114.406

114.407

Ø 4.5

4 mm

114.390

Ø 3.3

6 mm

114.385 114.386

4 mm

Ø 4.5

114.384

6 mm

Ø 3.3

6 mm

Ø 4.5

4 mm

Ø 3.3

6 mm

Ø 4.5

170

4 mm

1.5 mm 2.5 mm 3.5 mm

Ø 3.3

Tap er

114.089 114.090 114.091 114.095 114.096 114.097 114.092 114.093 114.094 114.098 114.099

114.100

114.101

114.102

114.103

114.107

114.108

114.109

114.104

114.105

114.106

114.110

114.111

114.112

Universal Post Cylinder

Ø 4.5

108.043

Ø 3.3 Ø 4.5

Ø 4.5

4 mm 6 mm

Ø 3.3

Castable

118.186

118.181

Provisional 118.192

118.188

118.183

118.194

118.187

118.182

118.193

118.189

118.184

118.195

•Available in: Acrylic: provisional prosthesis; Alumina: for “metal free” prosthesis; Castable: casting. •Compatible with all Universal Posts, if not prepared.

Universal Post Analogue

Universal Post Set

Ø 4.5

Alumina

108.045

•Available in polymer; •Component with molding fuction to the prosthesis confection; •For closed tray technique; •Select Transfer according to the component to be molded as prosthetic planning; •Anti-rotational.

Ø 3.3

4 mm

Ø 4.5

6 mm

108.044

108.060 108.062 108.061 108.063

•Components Kit of Universal Post line, containing Transfer and Provisional / Castable Cylinders.

Ø 3.3 Ø 4.5 Ø 3.3 Ø 4.5

4 mm

Ø 3.3

108.042

Ø 3.3

6 mm

Ø 4.5

6 mm

Ø 3.3

4 mm

Universal Post Transfer

101.038 101.040 101.039 101.041

•Available in Titanium; •Replica of prosthetic component platform; •For prosthesis construction and prosthetic planning.

5.90

170 5.80

3.50

4.80

2.50

3.80

1.50

5.20

3.50

4.20

2.50

4.90

3.50

3.90

2.50

2.90

1.50

4.50

3.50

2.50

Ă&#x2DC; 3.3

4.90 3.50

3.90 2.50

1.50

4.90

3.50

3.90

2.50

1.50

2.50

1.50

300 3.20

170

2.90

1.50

Height of CM Angled Prosthetic Components

Angled Universal Post Ă&#x2DC; 4.5

Angled Mini Conical Abutment

300

Height of Anatomic Post and Lateral Anatomic Post

CM Anatomic Post 5 mm

8 mm

Transmucosal

6 mm

CM Lateral Anatomic Post

Transmucosal

6.5 mm

4.3 mm

5.3 mm

4.7 mm

Demonstrative sequence of

CM Mini Ball Attachment

O’ring with Cylinder

Disk

Straight

Positioner

positioner

14 0

Prosthetic Torque Ratchet Driver

Protection Disk

Positioner

Prosthetic Abutment Driver

•Available in Titanium;

•Application of Nitride Titanium coating for increased the

N.cm

wear resistance; •Directly over the implant; •For Overdenture prosthesis, its function is the O’ring retention; •It’s recommended capture the components in patient’s mouth, one by one; •Obligatory to use positioner for capture; •O’ring with protection disc; •See the demonstrative sequence of Mini Ball Attachment on page 126. 56

CM Mini Ball Attachment

Mo rse

Castable Ball Attachment

CM Mini Ball Attachment 1.5 mm 2.5 mm 3.5 mm 4.5 mm 102.069 102.070 102.071

102.078

102.097

•Select according to the mucosa height; •To installation, use Prosthetic Abutment Driver (105.009); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Positioners straight, 70 and 140

Taper

102.076

•Available in polymer; •Indicated to define the correct distance between Attachment Ball components and O’ring with cylinder; •Corrects the parallelism between the implants; •Essential for O’ring capturing.

O’ring with Cylinder 102.073

•Available in Titanium (cylinder); •Available in polymer (O’ring); •Positioned at the overdenture prosthesis base, has the function of Attachment Ball retention; •Protection disk included; •Not autoclavable.

Mini O’ring 102.075

•Available in polymer; •Positioned at the overdenture prosthesis base, has the function of Attachment Ball retention; •Not Autoclavable.

•Casting in various metals; •May be cemented in natural roots or waxed in bars for overdenture retention.

Protection Disk 102.077

•Package with 10 units.

O’ring Remover 104.044

•Digital Driver with function of O’ring replacing to the cylinder.

O’ring Mount 104.043

•Digital Driver with function of O’ring replacing to the cylinder.

The solution to the limitations of conventional external hexagon.

• Ensures the integrity of external hexagon; • Maintains original rotational freedom; • More practicality and safety; • Increased mechanical strength to the insertion; • Transport tweezers to the safety in handling the implant.

Area of Internal torque.

Tweezers that ensures increased safety in the implant transport.

E xter na l H ex

COMPONENTS INDICATION TABLE

Hex 2.37 mm

1 mm

Ø3

He x2

Internal Thread Ø 1.8

EXTERNAL HEX

Internal Thread Ø 2.0

.1 m

Ø 4.1

4.3

mm He x3

1 mm

5.0

Internal Thread Ø 2.0

1 mm

Internal Thread Ø 2.5

•Angled Post 17° •Castable UCLA •Titanium UCLA •CoCr UCLA

•SF Mini Conical Abutment (multiple) •Angled Mini Conical Abutment 17°and 30° (multiple) •SF Conical Abutment (single) •Castable UCLA •Noble UCLA •CoCr UCLA

•Angled Post 17° and 30° •Universal Post •Customizable Post •Castable UCLA •Noble UCLA •Titanium UCLA •CoCr UCLA

•Mini Ball Attachment

•Mini Conical Abutment (multiple) •Angled Mini Conical Abutment 17°and 30° (multiple) •Conical Abutment (single) •Castable UCLA •CoCr UCLA

•Angled Post 17° •Universal Post •Castable UCLA •Titanium UCLA •CoCr UCLA

•Mini Ball Attachment

Protocol

Ø 4.3

Ø 5.0

4.5 and 5.0 mm

•Mini Conical Abutment •Angled Mini Conical Abutment 17°and 30° •Cylinder and Distal External Bar Passive Fitting Technique •Castable Cylinder of Mini Abutment •Titanium Cylinder of Mini Abutment •Brass Cylinder of Mini Abutment

4.3 mm •SF Mini Conical Abutment (multiple) •Angled Mini Conical Abutment 17° and 30° (multiple) •SF Conical Abutment (1 piece) •Castable UCLA •CoCr UCLA

3.75 and 4.0 mm

He x2

.7 m

Overdenture

3.3 and 3.5 mm

Ø4

Cemented Prosthesis

•Castable UCLA •CoCr UCLA

Ø 3.3

.7 m

0.7 mm

Screw-retained Prosthesis

•Angled Post 17° •Customizable Post •Castable UCLA •Titanium UCLA •CoCr UCLA

•Mini Ball Attachment

Product Characteristics: •Cylindrical implant with External Hex interface; •NeoPoros Surface; •Capture and installation with contra-angle or manual without mount use (reduction of surgical time); •Installation by the internal hexagon of the implant, increasing the mechanical strength when high torques are applied, preserving the integrity of the external hexagon; •Double thread (faster installation and less trauma); •High cutting capacity; •Suitable for bones type I and II and grafting areas in block •Cover screw and mount not included; •Prosthetic platform: 4.1mm and 5.0mm; •Perforation rotation: 800-1200 rpm; •Installation rotation: 30 rpm.

Countersink 5.0 SF

Titamax Drill 4.3

Titamax Drill 3.8

Countersink 4.1 SF

Pilot 3/3.75

Titamax Drill 3.3

Titamax Drill 3.15

Titamax Drill 3.0

Pilot 2/3

Titamax Drill 2.0

Initial Drill

Drill sequence

3.75 mm 4.0 mm 4.5 mm 5.0 mm Optional

E xter na l H ex

7.0 mm

9.0 mm

11.0 mm

13.0 mm

15.0 mm

17.0 mm

109.284

109.285

109.286

109.287

109.288

109.302

109.303

109.304

109.305

109.306

109.327

109.328

109.329

109.295

109.296

109.297

Ø 3.75 Platform (4.1)

Ø 4.0

Platform (4.1)

Ø 4.5

Platform (5.0)

Ø 5.0 Platform (5.0)

109.294

•Use Digital Driver 0.9mm (104.039) to the

Cover Screw 4.1 mm

5.0 mm

117.018

117.003

installation of Cover Screw platform 4.1 and Digital Driver 1.2mm (104.007) to the installation of Cover Screw platform 5.0; •Do not exceed torque of 10 N.cm.

Divergent Healings

Slim Fit Healings

2.0 mm

3.0 mm

4.0 mm

Ø 4.1

106.092

106.093

106.094

Ø 5.0

106.127

106.128

106.129

2.0 mm

3.0 mm

4.0 mm

Ø 4.1

106.190

106.191

106.192

Ø 5.0

106.195

106.196

106.197

Internal Torque

Product Characteristics: •Cylindrical implant with External Hex interface; •NeoPoros Surface; •Capture and installation with contra-angle or manual without mount use (reduction of surgical time); •Installation through implant internal hex, increasing the mechanical resistance (when applied elevated torque), preserving the external hex integrity; •Double thread (faster installation and less trauma); •High compaction capacity (bone expansion); •Suitable for bones type III and IV; •Cover screw not included; •Simplified instrumentation in the prepare of surgical alveolus; •Prosthetic platform 4.1mm; •Perforation rotation: 800-1200 rpm; •Installation rotation: 30 rpm.

Titamax Drill 3.0

Titamax Drill 2.8

Pilot 2/3

Titamax Drill 2.0

Initial Drill

Drill sequence

3.75 mm 4.0 mm Optional

E xter na l H ex

9.0 mm

11.0 mm

13.0 mm

15.0 mm

17.0 mm

109.582

109.583

109.584

109.585

109.586

109.588

109.589

109.590

109.591

109.592

Ø 3.75 Platform (4.1)

Ø 4.0

Platform (4.1)

•Use Digital Driver 0.9mm (104.039) to the

Cover Screw 4.1 mm

117.018

installation of Cover Screw platform 4.1; •Do not exceed torque of 10 N.cm.

Divergent Healings

Ø 4.1

Slim Fit Healings

2.0 mm

3.0 mm

4.0 mm

106.092

106.093

106.094

Ø 4.1

2.0 mm

3.0 mm

4.0 mm

106.190

106.191

106.192

Product Characteristics: •Conical implant with External Hex interface; •NeoPoros Surface; •Capture and installation with contra-angle or manual without mount use (reduction of surgical time); •Installation through implant internal hex, increasing the mechanical resistance (when applied elevated torque), preserving the external hex integrity; •Suitable for bones type III and IV and pos-extracting installation; •Cover screw and mount not included; •External Hex with height of 1mm: platform 4.3 and 5.0; •Perforation rotation: 500-800 rpm; •Installation rotation: 30 rpm.

Countersink 5.0 SF

Alvim Drill 5.0

Countersink 4.3

Alvim Drill 4.3

Alvim Drill 3.5

Alvim Drill 2.0

Initial Drill

Drill sequence

4.3 mm 5.0 mm Optional

E xter na l H ex

10.0 mm

13.0 mm

16.0 mm

109.321

109.322

109.323

109.324

109.325

109.326

Ø 4.3

Ø 5.0

•Use Digital Driver 0.9mm (104.039) to the installation

Cover Screw 4.3 mm 117.006

5.0 mm 117.003

of Cover Screw platform 4.3 and Digital Driver 1.2mm (104.007) to the installation of Cover Screw platform 5.0; •Do not exceed torque of 10 N.cm.

Divergent Healings

Parallel Healings

2.0 mm

3.0 mm

4.0 mm

Ø 4.3

106.140

106.141

106.142

Ø 5.0

106.127

106.128

106.129

Ø 4.3

2.0 mm

3.0 mm

4.0 mm

106.132

106.133

106.134

Slim Fit Healings

Ø 5.0

2.0 mm

3.0 mm

4.0 mm

106.195

106.196

106.197

Cortical with Mount

Product Characteristics: •Cylindrical implant with External Hex; •NeoPoros Surface; •Cover screw not included; •Double thread (faster installation and less trauma); •High cutting capacity; •Suitable for bones type I and II in reduced prosthetic spaces (upper lateral incisor and lower incisor); •Prosthetic platform 3.3mm; •External Hex with height of 1mm; •Resistance to the installation torque: 45 N.cm; •Perforation rotation: 800-1200 rpm; •Installation rotation: 30 rpm.

Countersink 3.3

Titamax Drill 2.8

Titamax Drill 2.0

Initial Drill

Drill Sequence

9.0 mm

11.0 mm 13.0 mm

15.0 mm

17.0 mm

Ø 3.3

109.140

Cover Screw 3.3 mm

117.001

109.141

109.142

109.143

•Use Digital Driver 0.9mm (104.039) to the installation of Cover Screw platform 4.3; •Do not exceed torque of 10 N.cm.

Divergent Healings

Ø 3.3

109.144

Parallel Healings

2.0 mm

3.0 mm

4.0 mm

106.065

106.066

106.067

Ø 3.3

2.0 mm

3.0 mm

4.0 mm

106.060

106.061

106.062

with Mount

Product Characteristics: •Conical implant with External Hex; •NeoPoros Surface; •Cover screw not included; •Suitable for bones type III and IV in reduced prosthetic spaces (upper lateral incisor and lower incisor) and pos-extracting installation; •Prosthetic platform 3.3mm; •External Hex with height of 1mm; •Resistance to the installation torque: 45 N.cm; •Perforation rotation: 500-800 rpm; •Installation rotation: 30 rpm.

Countersink 3.3

Alvim Drill 3.5

Alvim Drill 2.0

Initial Drill

Drill sequence

Optional

10.0 mm 13.0 mm 16.0 mm

Ø 3.5 Platform (3.3) 109.217

Cover Screw 3.3 mm

117.001

109.218

109.219

•Use Digital Driver 0.9mm (104.039) for the installation of Cover Screw platform 3.3; •Do not exceed torque of 10 N.cm.

Divergent Healings

Ø 3.3

Parallel Healings

2.0 mm

3.0 mm

4.0 mm

106.065

106.066

106.067

Ø 3.3

2.0 mm

3.0 mm

4.0 mm

106.060

106.061

106.062

External Hex

The Slim Fit Line is the Neodentâ&#x20AC;&#x2122;s innovation for External Hex components, due to its parallel emergent profile which minimizes the bone renoval.

Reduced Osteotomy Get to know the benefits of the SLIM FIT line, and see how certain details can make all the difference: - Facilitates the fitting of the prosthetic component by reducing the interference with the cortical bone; - Preserves the cortical bone plates; - Optimizes installation; - Eases the procedures for soft tissue synthesis (stitching) by increasing the abutmentâ&#x20AC;&#x2122;s conicity. CONVENTIONAL ABUTMENT WITH SF OSTEOTOMY

SF ABUTMENT WITH CONVENTIONAL OSTEOTOMY

Less Aggressive Drills For the SLIM FIT line, it is necessary to use the new

CONVENTIONAL OSTEOTOMY

SLIM FIT OSTEOTOMY (LESS BONE REMOVAL)

COUNTERSINK CONVENTIONAL

NEW DRILL COUNTERSINK SLIM FIT

Countersink SF Drill, which has a new shape that reduces the drilling diameter, reducing trauma and preserving the bone tissue.

Soft Tissue Accommodation

Emergent Profile Slim Fit

The SLIM FIT intermediaries provide an excellent accommodation of peri-implant soft tissue, easing the prosthetic procedures in surgical cases with immediate loading and tissue stabilization at long term. Emergent Profile Conventional

Demonstrative sequence of

Conical Abutment External Hex

Prosthetic Torque Ratchet Driver

Castabl e

Titanium

CoCr

Castabl e

Titanium

CoCr

Torque Connection 1.2

Conical Abutment Cylinder 4.1

Conical Abutment Cylinder 5.0

Protective Cylinder of Conical Abutment 4.1

Protective Cylinder of Conical Abutment 5.0

Conical Abutment Analogue 4.1

Conical Abutment Analogue 5.0

Conical Abutment Transfer 4.1 Closed Tra y

Conical Abutment Transfer 4.1 Open Tra y

Sequence 4.1 / 4.3 mm

Conical Abutment Transfer 5.0 Closed Tra y

Conical Abutment Transfer 5.0 Open Tra y

Sequence 5.0 mm

•Available in Titanium; •Minimum interocclusal space of 6.1mm on platform 4.1, and 6.7mm on platform 5.0mm, from the mucosa level; Prosthetic Torque Ratchet Driver

•Conicality 15°; •Single screw-retained prosthesis (anti-rotational); •Cylinders with screw; •Slim Fit components, that minimize bone remotion of the Countersink Drill, facilitating the intermediate seating and the tissue accommodation.

Prosthetic Abutment Driver

Torque Connection 1.6mm

N.cm

SF Conical Abutment 4.1mm

Conical Abutment 4.3mm

Conical Abutment 5.0mm

Slim Fit

Conical Abutment 1 mm

2 mm

3 mm

Ø 4.1

115.192

115.193

115.194

Ø 4.3

115.051

115.052

115.053

Ø 5.0

115.007

115.008

115.009

•Observe corresponding sequence to the component diameter and indicated torque; •For torque, use Prosthetic Abutment Driver (105.009), except for Ø 5.0 Torque Connection 1.6mm (105.006); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Protective Cylinder of Conical Abutment Ø 4.1

106.051

Ø 5.0

106.052

•Available in Titanium; •Used to protect the component during the prosthesis construction; •To installation, use Digital Driver 1.2mm (104.007); •Observe the compatible diameter with the prosthetic component.

Conical Abutment Cylinder Castabl e

Conical Abutment Transfer Open Tra y

Closed Tra y

Ø 4.1

108.035

108.075

Ø 5.0

108.025

108.104

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique; •Select transfer according to the component to be molded, as prosthetic planning; •Anti-rotational.

Titanium

CoCr

Ø 4.1

118.106

118.107

118.233

Ø 5.0

118.110

118.111

118.253

•Available in: Titanium: provisional prosthesis; CoCr: overcasting; Castable: casting. •Observe the corresponding sequence to the component diameter; •Screw included; •To screw torque, use Torque Conection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Anti-rotational.

Cylinder Screw of Conical Abutment

Conical Abutment Analogue Ø 4.1

101.027

Ø 5.0

101.030

•Available in Titanium; •Replica of implant platform or prosthetic component; •For prosthesis construction or prosthetic planning; •Observe compatible diameter with the prosthetic component.

Titanium

Neotorque

Ø 4.1

116.004

116.231

Ø 5.0

116.005

116.232

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Demonstrative sequence of

Mini Conical Abutment Angled Mini Conical Abutment External Hex

Prosthetic Torque Ratchet Driver

Castabl e

Titanium

CoCr

Castabl e

Titanium

Nobl e / CoCr

Torque Connection 1.2

Cylinder of Mini Conical Abutment 4.1

Cylinder of Mini Conical Abutment 5.0

Protective Cylinder of Mini Conical Abutment 4.1

Protective Cylinder of Mini Conical Abutment 5.0

Mini Conical Abutment Analogue 4.1

Mini Conical Abutment Analogue 5.0

Closed Tra y Transfer Mini Conical Abutment 4.1

Closed Tra y Transfer Mini Conical Abutment 5.0

Open Tra y Transfer Mini Conical Abutment 4.1

Sequence 3.3 / 4.1 / 4.3 mm

Open Tra y Transfer Mini Conical Abutment 5.0

Sequence 5.0 mm

•Available in Titanium; •Minimum interocclusal space of 4.4mm on platform 4.1, and 4.8mm on platform 5.0mm, from the mucosa level; Prosthetic Torque Ratchet Driver

•Screw-retained and multiple prosthesis (rotational); •Conicality 20°; •Mini Angled Abutment presents 12 positions of fitting; •The cylinders come with Neotorque screw, except the castables, that comes with Titanium screw; •Slim Fit components improve tissue accommodation, installed after using Countersink Drill, which minimizes bone removal.

Torque Connection 1.2 mm

Prosthetic Abutment Driver

Torque Connection 1.6mm

N.cm

Angl ed Mini

SF Mini Conical

Mini Conical Abutment

SF Mini Conical

Abutment 17 0 and 30 0

Abutment 4.1mm

3.3 mm / 4.3 mm

Abutment 5.0 mm

N.cm

Prosthetic Abutment Driver

N.cm

Angled Mini Conical Abutment

Slim Fit

Mini Conical Abutment 1 mm

2 mm

3 mm

4 mm

Ø 3.3

115.134

115.135

115.136

Ø 4.1

115.187

115.188

115.189

115.190

Ø 4.3

115.054

115.055

115.056

115.057

Ø 5.0

115.197

115.198

115.199

2 mm

3 mm

4 mm

Ø 3.3

115.137

115.138

115.139

Ø 4.1

115.084

115.074

115.075

115.076

115.077

115.078

170 Ø 4.3

•Observe corresponding sequence to the component diameter; •For torque, use Prosthetic Abutment Driver (105.009), except for Ø 5.0 Torque Connection 1.6mm (105.006); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Ø 5.0

115.094 115.095 115.096

Ø 4.1

115.140

115.141

Ø 4.3

115.111

115.112

Ø 5.0

115.143

115.144

300

•Minimum interocclusal space of 5.0mm for 17º and 5.5mm for 30º; •Screw-retained and multiple prosthesis (rotational); •Observe corresponding sequence to the component diameter; •For torque, use Torque Connection 1.2 (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Mini Conical Abutment Cylinder

Mini Conical Abutment Transfer Open tra y

Closed tra y

Ø 4.1

108.022

108.021

Ø 5.0

108.024

108.023

Short Screw

116.036

Castabl e

Multifunctional

108.068

•Available in Titanium; •Component with molding function to the prosthesis confection; •For Open Tray or Closed Tray technique; •Select the transfer in accordance with the component to be moulded conforming to the planned prosthetics; •Rotational.

101.020

Ø 5.0

101.022

Nobl e

CoCr

118.206

118.209

Ø 4.1

118.112

118.113

Ø 5.0

118.114

118.115

CoCr for welding

118.210

118.240

•Available in: Titanium: provisional prosthesis; CoCr: overcasting; Castable: casting; Noble: gold alloy with high melting range. •Screw included; •Observe the corresponding sequence to the component diameter; •To screw torque, use Torque Conection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Rotational for screw-retained multiple elements.

Mini Conical Abutment Analogue Ø 4.1

Titanium

Cylinder Screw of Mini Conical Abutment Titanium Neotorque

•Available in Titanium; •Replica of prosthetic component; •For prosthesis confection or prosthetic planning.

Ø 4.1 Ø 5.0

106.054

Ø 5.0

106.055

116.227

116.038

116.228

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Protective Cylinder of Mini Conical Abutment Ø 4.1

116.037

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Demonstrative sequence of

SF Universal Post External Hex

Ø4.5

Universal Post Cylinder

Alumina

Provisional

Castabl e

Ø4.5

Universal Post Analogue

Ø4.5

Universal Post Transfer

Prosthetic Torque Ratchet Driver

4.5

Torque Connection 1.2

Transmucous

4 ou 6

4.1

N.cm Neotorque Screw

•Available in Titanium; •Cemented prosthesis; •The Universal Post can be prepared according to circunstances, and, in this case, the prosthetic sequence can not be used; •Compatible with platform 4.1 and 4.3 External Hex; •Screw not included, for single elements select Neotorque Screw; •Available in two heights of cemented area: 4 or 6mm. 76

SF Universal Post

Hex Screw

Ø 4.1

4 mm

SF Universal Post

Titanium

116.180

116.002

Ø 4.3

1 mm

2 mm

3 mm

114.428

114.429

114.430

114.431

114.432

114.433

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Ø 4.5 6 mm

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Universal Post Analogue

6 mm

4 mm

108.044

Ø 4.5

101.040

6 mm

4 mm

Universal Post Transfer

101.041

Ø 4.5

108.045

•Available in polymer; •Component with molding function to prosthesis confection; •For closed tray technique; •Select transfer according to the component to be molded, as prosthetic planning; •Anti-rotational.

•Available in Titanium; •Replica of prosthetic component; •For prosthesis confection or prosthetic planning.

Ø 4.5 108.062

6 mm

Ø 4.5 108.063

•Components Kit of Universal Post line, containing Transfer and Provisional / Castable Cylinders.

6 mm

4 mm

Universal Post Set

4 mm

Universal Post Cylinder Alumina

Castabl e

Provisional

118.188

118.183

118.194

118.189

118.184

118.195

• Available in: Acrylic: provisional prosthesis; Alumina: for “metal free” prosthesis; Castable: casting. • Compatible with all Universal Posts, if not prepared.

Demonstrative sequence of

Customizable Post Angled Post External Hex

Prosthetic Torque Ratchet Driver

Torque Connection 1.2

N.cm

Neotorque Screw 4.1mm

Neotorque Screw 5.0 mm

Titanium Screw

Customizabl e Post 4.1mm

Customizabl e Post 5.0mm

Angl ed Post (17 0 and 30 0 ) 3.3/ 4.1/ 4.3 / 5.0 mm

Implant Analogue 3.3 mm / 4.1 mm / 4.3 mm / 5.0 mm

• Available in Titanium; • Cemented prosthesis; • Angled Post presents 12 positions of fitting, and include Titanium screw; • Customizable Post without screw. It is recommended to use the Neotorque screw.

Closed tra y Transfer

Open tra y Transfer

3.3 mm / 4.1 mm / 4.3 mm / 5.0 mm

Angled Post 2 mm

170

300

3 mm

Customizable Post

4 mm

Ø 3.3

114.025 114.026

114.027

Ø 4.1

114.016

114.017

114.018

Ø 4.3

114.049 114.050

114.051

Ø 5.0

114.071

114.072

114.073

114.009

114.010

Ø 4.1 para Ø 5.0

114.029

Ø 6.0

114.030

Ø 4.1

•Titanium screw included; •To torque, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Anti-rotational.

para

Ø 5.0

para

Ø 6.0

114.035

•To unitary elements, select Neotorque Screw; •Screw not included; •To installation, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Implant Analogue Titanium

Brass

Ø 3.3

101.002

101.001

Ø 4.1

101.004

101.003

Ø 4.3

101.028

101.024

Ø 5.0

101.006

101.005

•Available in Brass and Titanium; •Replica of implant platform; •For prosthesis construction and/or prosthetic planning.

Implant Transfer

Hex Screw

Ø 3.3 Ø 4.1

Neotorque

Titanium

116.188

116.001

116.180

116.002

116.189

116.003

Ø 4.3 Ø 5.0

• Observe indicated torque; • Use Torque Connection 1.2mm (105.005); • To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Neotorque

Rotational

Anti-rotational

Closed tra y

Open tra y

Ø 3.3

108.001

108.006

Ø 4.1

108.003

108.067 (SF)

Ø 4.3

108.029

108.034

Ø 5.0

108.013

108.011

Ø 3.3

108.002

Ø 4.1

108.066 (SF)

Ø 4.3

108.038

Ø 5.0

108.012

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique; •Select transfer according to the implant to be molded, as prosthetic planning.

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Demonstrative sequence of

UCLA External Hex

Prosthetic Torque Ratchet Driver

Torque Connection 1.2

N.cm Neotorque Screw

UCLA 3.3 mm

UCLA 4.1 mm

UCLA 4.3 mm

UCLA 5.0 mm

Analogue 3.3 mm

Analogue 4.1 mm

Analogue 4.3 mm

Analogue 5.0 mm

•Prosthetic component directly over the implant hex; •For screw-retained or cemented prosthesis; •Available in Rotational or Anti-Rotational; - Tilite and CoCr: overcastting; - Castable: casting; - Titanium: Provisional or Cemented Prosthesis - Gold: Overcasting with high melting range leagues. •With Titanium and Neotorque screw; •For unitary elements, select Neotorque screw.

Closed Tra y Transfer

Open Tra y Transfer

3.3 mm / 4.1 mm / 4.3 mm / 5.0 mm

UCLA

Rotational

Anti-rotational

Cobalt-Chromium (Cocr)

Ø 3.3

118.212

Ø 4.1

Castabl e

Titanium

118.001

118.008

118.004

118.009

118.101

118.097 118.040

Nobl e

118.204

118.235

Ø 4.3 Ø 5.0

118.237

118.006

Ø 3.3

118.211

118.002

Ø 4.1

118.005

118.030

118.119

118.152

118.205

118.234

Ø 4.3 Ø 5.0

118.236

118.007

Hex Screw Neotorque

Ø 3.3 Implant Transfer

Rotational

Anti-rotational

Closed Tra y

Ø 3.3

108.001

Ø 4.1

108.003

Ø 4.3

108.029

Ø 5.0

108.013

Ø 3.3

108.002

Ø 4.1

108.066 (SF)

Ø 4.3

108.038

Ø 5.0

108.012

Open Tra y

108.006 108.067 (SF)

Ø 4.1

Titanium

116.188

116.001

116.180

116.002

116.189

116.003

Ø 4.3 Ø 5.0

108.034

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

108.011

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Implant Analogue Titanium

Brass

Ø 3.3

101.002

101.001

Ø 4.1

101.004

101.003

Ø 4.3

101.028

101.024

Ø 5.0

101.006

101.005

•Available in Brass and Titanium; •Replica of implant platform; •For prosthesis construction and/or prosthetic planning.

Demonstrative sequence of

Mini Ball Attachment External Hex

O’ring with Cylinder

Protection Disk

Straight positioner

Positioner 70

Positioner 14 0

Prosthetic Torque Ratchet Driver

Prosthetic Abutment Driver

Protection Disk

Positioner

•Available in Titanium; •Application of Nitride Titanium coating to increase the wear resistance; •Directly over the implant; •It´s recommended capture the components in patient’s mouth, one by one; •O’ring with protection disc; •See the demonstrative sequence of Mini Ball Attachment on page 126.

N.cm Mini Ball Attachment 4.1

Mini Ball Attachment 4.3

Mini Ball Attachment 5.0

Castable Ball Attachment

Mini Ball Attachment 2 mm

3 mm

4 mm

Ø 4.1

102.060 102.061

Ø 4.3

102.063 102.064 102.065

Ø 5.0

102.066 102.067 102.068

102.062

102.078

•Casting in various metals; •May be cemented in natural roots or waxed in bars for overdenture retention.

•Select according to mucosa height; •To installation, use Prosthetic Abutment Driver (105.009); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Positioners straight, 70 and 140

102.076

•Available in polymer; •Defines the correct distance between Attachment Ball and O’ring; •Corrects the parallelism between implants; •Essential for O’ring capturing.

O’ring with Cylinder 102.073

•Available in Titanium (cylinder); •Available in polymer (O’ring); •Positioned at the overdenture prosthesis base, has the function of Attachment Ball retention; •Not autoclavable.

Mini O’ring 102.075

•Available in polymer; •Positioned at the overdenture prosthesis base, has the function of Attachment Ball retention; •Not autoclavable.

Protection Disk 102.077

•Package with 10 units.

O’ring Remover 104.044

•Digital Driver with function of O’ring replacing to the cylinder.

O’ring Mount 104.043

•Digital Driver with function of O’ring placement to the cylinder.

Deep internal interface which provides more stability and resistance between screw and component.

COMPONENTS INDICATION TABLE INTERNAL HEX

2.6

Pla

tfo rm

et er

Implant diameter

Internal thread Ø 1.6

HE X 2.5 AGO m N m

3.75, 4.3 and 5.0 mm

Diameter of Prosthetic Platform

4.3 and 5.0 mm

Screw-retained Prosthesis •Mini Conical Abutment II Plus (multiple) •UCLA CoCr II Plus (single) •Conical Abutment II Plus (single) •Angled Conical Abutment II Plus (multiple)

Cemented Prosthesis •Universal Post II Plus •Angled Post II Plus 17° and 30° •UCLA CoCr II Plus (single) •UCLA Titanium II Plus (single)

Overdenture •Attachment Mini Ball II Plus

Protocol •Angled Conical Abutment II Plus •Conical Abutment II Plus •Cylinder and Ext. Distal Bar Passive Fitting Technique •Castable – Mini Abutment Cylinder •Titanium – Mini Abutment Cylinder •Brass – Mini Abutment Cylinder

Inter na l Hex

•Prosthetic components with reduced platform in relation to the implant (Switching Platform); •Installation driver with tweezers to increase the transport security and the implant placement; •Cervical microretentions to bone tissue maintenance; •Unique prosthetic sequence independent of the implant platform diameter.

Prosthetic components with reduced platform in relation to the implant (Switching Platform).

Cervical micro-retentions.

Product Characteristics: •Cylindrical implant with Internal Hex interface; •NeoPoros Surface; •Double thread (faster installation and less trauma); •High cutting capacity; •Suitable for bones type I and II and areas of block grafting; •Cover screw not included; •Unique prosthetic interface for all implant diameters; •Perforation rotation: 800-1200 rpm; •Installation rotation: 30 rpm.

5.0

Prosthetic components with reduced platform in relation to the implant (Switching Platform).

3.8

Countersink II 5.0

Titamax Drill 4.3

Titamax Drill 3.8

Countersink II 4.3

Pilot 3/3.75

Titamax Drill 3.15

Titamax Drill 3.0

Pilot 2/3

Titamax Drill 2.0

Initial Drill

Drill Sequence

3.75 mm 5.0 mm Optional

Inter na l H ex

7.0 mm

9.0 mm

109.462

109.463

11.0 mm

13.0 mm 15.0 mm

Ø 3.75 Platform (4.3)

109.464

109.465

109.466

Ø 5.0

109.474

109.475

Cover Screw

109.476

109.477

•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.

117.014

Healings 2.0 mm

3.0 mm

4.0 mm

106.176

106.177

106.178

Product Characteristics: •Conical implant with Internal Hex interface; •NeoPoros Surface; •Suitable for bones type III and IV and pos-extracting installation; •Cover screw not included; •Unique prosthetic interface for all implant diameters; •Perforation rotation: 500-800 rpm; •Installation rotation: 30 rpm.

5.0

Prosthetic components with reduced platform in relation to the implant (Switching Platform).

3.8

Countersink II 5.0

Alvim Drill 5.0

Countersink II 4.3

Alvim Drill 4.3

Alvim Drill 3.5

Alvim Drill 2.0

Initial Drill

Drill sequence

4.3 mm 5.0 mm Optional

Inter na l H ex

10.0 mm 13.0 mm 16.0 mm

Ø 4.3 109.478

109.479

109.481

109.482

109.480

Ø 5.0 109.483

•Use Digital Driver 1.2mm (104.007) for installation;

Cover Screw

•Do not exceed torque of 10 N.cm.

117.014

Healings 2.0 mm

3.0 mm

4.0 mm

106.176

106.177

106.178

Demonstrative sequence of

Conical Abutment II Plus Angled Conical Abutment II Plus Internal Hex Prosthetic Torque Ratchet Driver

Torque

CoCr

Titanium

Castabl e

Connection 1.2mm

Conical Abutment Cylinder 4.1

Protective Cylinder of Conical Abutment 4.1

Conical Abutment Analogue 4.1

Conical Abutment Transfer 4.1 Closed tra y

•Available in Titanium;

Conical Abutment Transfer 4.1 Open tra y

Prosthetic Torque

•Minimum interocclusal space of 6.1mm from the

Ratchet Driver

mucosa level; •Conicality 15°; •Single screw-retained prosthesis (anti-rotational); •Concept Switching Platform; •Compatible components with implants diameter (Ø 3.75, Ø 4.3 and Ø 5.0); •The cylinders come with Neotorque screw, except

Prosthetic Abutment

Torque

Driver

Connection 1.2mm

the castables, that comes with Titanium screw.

N.cm

Conical Abutment

Angl ed Conical

II Plus

Abutment II Plus

Inter na l H ex

Conical Abutment II Plus

Angled Conical Abutment II Plus 170

1.0 mm

2.0 mm

3.0 mm

2.0 mm

3.0 mm

4.0 mm

115.184

115.185

115.186

115.203

115.204

115.205

•To torque, use Prosthetic Abutment Driver (105.009); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Single screw-retained prosthesis (antirotational).

• To torque, use Torque Connection 1.2mm (105.005); • To torque control, use Prosthetic Torque Ratchet Driver (104.026); • Observe sequence and indicated torque; •For multiple prosthesis (rotational).

Conical Abutment Cylinder II Plus

Closed tra y

108.035

108.075

Ø 4.1

108.020

108.018

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique.

101.027

118.107

118.233

118.104

118.105

118.232

Titanium

Neotorque

116.004

116.231

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Protective Cylinder of Conical Abutment 106.051

118.106

Cylinder Screw of Conical Abutment

•Available in Brass and Titanium; •Replica of implant platform or prosthetic component; •For prosthesis construction or prosthetic planning.

Ø 4.1

CoCr

•Available: Titanium: Provisional prosthesis; Tilite and CoCr: Overcasting; Castable: Casting. •Screw included; •To screw torque, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Conical Abutment Analogue Ø 4.1

Titanium

Castable

Anti-rotational

Open tra y

Rotational

Ø 4.1

Anti-rotational

Conical Abutment Transfer

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

•Available in Titanium; •Used to protect the component during the prosthesis construction; •To installation, use Digital Driver 1.2mm (104.007).

Demonstrative sequence of

Mini Conical Abutment II Plus

Internal Hex

Prosthetic Torque Ratchet Driver

Titanium

Castabl e

Nobl e / CoCr

Torque Connection 1.2mm

Mini Conical Abutment Cylinder

Protective Cylinder of Mini Conical Abutment

Mini Conical Abutment Analogue

Mini Conical Abutment Open Tra y Transfer

•Minimum interocclusal space of 4.4mm from the

Mini ConicalAbutment Closed Tra y Transfer

Prosthetic Torque Ratchet Driver

mucosa level; •Screw-retained and multiple prosthesis (rotational); •Conicality 20°; •Concept Switching Platform; •Compatible component with implants diameter II Plus (Ø 3.75, Ø 4.3 and Ø 5.0);

Prosthetic Abutment Driver

•The cylinders come with Neotorque screw, except the castables, that comes with Titanium screw.

N.cm Mini Conical Abutment II Plus

Inter na l H ex

Protective Cylinder of Mini Conical Abutment Ø 4.1

Mini Conical Abutment II Plus 1 mm

2 mm

3 mm

4 mm

115.155

115.156

115.157

115.158

106.054

•Available in Titanium; •Used to protect the component during the prosthesis construction; •To installation, use Digital Driver 1.2mm (104.007).

•To torque, use Prosthetic Abutment Driver (105.009); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Mini Conical Abutment Cylinder Mini Conical Abutment Transfer

Ø 4.1

Closed Tra y

Open Tra y

Multifunctional

Ø 4.1

108.022

108.021

108.068

Short Screw

116.036

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique; •Rotational.

Calcinable

Titanium

Nobl e

CoCr

118.112

118.113

118.206

118.209

CoCr for welding

118.210

•Available in: Titanium: provisional prosthesis; CoCr: overcastting; Castable: casting; Gold alloy: overcastting with high melting range leagues. •Screw included; •To screw torque, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Rotational for screw-retained multiple elements.

Cylinder Screw of Mini Conical Abutment Titanium Neotorque

Ø 4.1 Mini Conical Abutment Analogue Ø 4.1

116.227

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

101.020

•Available in Titanium; •Replica of prosthetic component platform; •For prosthesis construction or prosthetic planning.

116.037

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in pre-load increase.

Demonstrative sequence of

Universal Post II Plus Internal Hex

Ø4.5

Universal Post

Cylinder Alumina

Cylinder Provisional

Cylinder Castabl e

Ø4.5

Universal Post Analogue

Ø4.5

Universal Post Transfer

Prosthetic Torque Ratchet Driver

Ø4.5

4 ou 6

Transmucous Torque Connection 1.2

Ø3.8

•Available in Titanium;

Neotorque Screw

•Cemented prosthesis; •The Universal Post can be prepared according to circunstances, and, in this case, the prosthetic

sequence can not be used; •Compatible component with implants diameter II Plus (Ø 3.75, Ø 4.3 and Ø 5.0); •Screw not included. For single elements, use Neotorque Screw; •Available in two heights of cemented area: 4 or 6mm.

N.cm Universal Post II Plus

Hex Screw II Plus

4 mm

Universal Post

6 mm

Ø4.5

1 mm

2 mm

3 mm

114.123

114.124

114.125

114.126

114.127

Neotorque

Titanium

116.226

116.224

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

114.128

Neotorque

•Application of a thin pellicle with carbon basis, which promotes low friction coefficient, resulting in preload increase.

Universal Post Analogue 4 mm

108.045

101.040

6 mm

4 mm

108.044

6 mm

Universal Post Transfer

101.041

Ø 4.5

•Available in Titanium; •Replica of prosthetic component platform; •For prosthesis construction or prosthetic planning.

4 mm

108.062

6 mm

Ø 4.5 108.063

•Components Kit of Universal Post line, containing Transfer and Provisional / Castable Cylinders.

Ø 4.5

6 mm

Universal Post Set

4 mm

Universal Post Cylinder Alumina

Castable

Provisional

118.188

118.183

118.194

118.189

118.184

118.195

•Available in: Acrylic: for provisional prosthesis; Alumina: for “metal free” prosthesis; Castable: casting. •Cemented prosthesis; •Compatible for all Universal Posts, when not prepared.

Demonstrative sequence of

Angled Post II Plus Internal Hex

Prosthetic Torque Ratchet Driver

Torque Connection 1.2 mm

N.cm

Angl ed Post II Plus

Analogue II Plus

•Available in Titanium; •Cemented prosthesis; •With 6 fitting positions; •Titanium screw included.

Transfer II Plus

Open Tra y

Closed Tra y

Angled Post II Plus

170

2 mm

3 mm

4 mm

114.171

114.172

114.173

114.174

114.175

300

•To torque, use Torque Connection 1.2mm (105.005); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026); •Anti-rotational.

Implant Transfer

Anti-rotational

Closed Tra y

Analogue II Plus Ø 4.3

101.032

Ø 5.0

101.034

108.046

Open Tra y

108.047

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique.

•Available in Brass; •Replica of implant platform; •For prosthesis construction or prosthetic planning.

Demonstrative sequence of

UCLA II Plus Internal Hex

Prosthetic Torque Ratchet Driver

Torque Connection 1.2

CoCr

Titanium

Neotorque Screw

UCLA II Plus

Analogue II Plus

•Prosthetic component directly over the implant; •For screw-retained or cemented prosthesis; •Available in rotational or anti-rotational models; •Available in: -CoCr: overcasting; -Titanium: provisional or cemented prosthesis; •Screw not included; •For unitary elements, select Neotorque screw.

Transfer II Plus

Open Tra y

Closed Tra y

N.cm

UCLA II Plus

Anti-rotational

Titanium

118.185

Cobalt-Chromium (Cocr)

118.214

Hex Screw II Plus Neotorque

Rotational

116.226

Titanium

116.224

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

118.213

Neotorque •Application of a thin pellicle with

carbon basis, which promotes low friction coefficient, resulting in preload increase.

Implant Analogue II Plus Implant Transfer

Ø 4.3

Closed Tra y

Open Tra y

108.046

108.047

101.032

•Available in Brass; •Replica of implant platform; •For prosthesis construction or prosthetic planning.

•Available in Titanium; •Component with molding function by prosthesis construction; •For open tray or closed tray technique; •Anti-rotational.

Demonstrative sequence of

Mini Ball Attachment II Plus

O’ring with Cylinder

Protection Disk

Straight Positioner

Positioner 70

Positioner 14 0

Prosthetic Torque Ratchet Driver

Prosthetic Abutment Driver

Protection Disk

Positioner

•Available in Titanium; •Application of Nitride Titanium coating for increased the wear resistance; •Directly over the implant; •It´s recommended capture the components in patient’s mouth, one by one; •Obligatory to use positioner for capture; •O’ring with protection disc; •See the demonstrative sequence on page 126.

100

N.cm Mini Ball Attachment II Plus

Mini Ball Attachment II Plus 2 mm

3 mm

102.090 102.091

4 mm 102.092

•Select according to mucosa height; •To installation, use Prosthetic Abutment Driver (105.009); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Positioners straight, 70 and 140

102.076

•Available in polymer; •Defines the correct distance between Attachment Ball and O’ring; •Corrects the parallelism between implants; •Essential for O’ring capturing.

O’ring with Cylinder 102.073

•Available in Titanium (cylinder); •Available in polymer (O’ring); •Positioned at the overdenture prosthesis base, has the function of Attachment Ball retention; •Not autoclavable.

Mini O’ring 102.075

•Available in polymer; •Positioned at the overdenture prosthesis base, has the function of Attachment Ball retention; •Not autoclavable.

Castable Ball Attachment 102.078

•Casting in various metals; •May be cemented in natural roots or waxed in bars for overdenture retention.

Protection Disk 102.077

•Package with 10 units.

O’ring Remover 104.044

•Digital Driver with function of O’ring replacing to the cylinder.

O’ring Mount 104.043

•Digital Driver with function of O’ring placement to the cylinder.

101

102

Zygomatic Implants

103

0.7 m

4.1

.0 m Ø3

mm 2.7 Hex

Product Characteristics: • Cylindrical implant; • Morse Taper interface, with different dimensions of the conventional implants (same dimensions of WS Titamax Implant) or External Hex 4.1mm; • Smooth surface; • Pre-mounted; • Cover screw not included; • Double thread in CM Zygomatic version; • It is indicated to use the Transepithelial Abutment according to the prosthetic interface.

Observation: This technique requires specific accreditation. Information on www.neodent.com.br.

Nominal length

Ø 4.4mm

Ø 3.9mm

104

Morse Taper 30.0 mm

109.522

35.0 mm 40.0 mm 45.0 mm 47.5 mm 50.0 mm 52.5 mm

109.523

109.524

109.525

109.526

109.527

109.528

External Hex 30.0 mm

109.460

35.0 mm 40.0 mm 45.0 mm 47.5 mm 50.0 mm 52.5 mm

109.450

109.451

Zygomatic CM Cover Screw 117.016

•Use Digital Driver 1.2mm (104.007) to the installation of Cover Screw; •Do not exceed torque of 10 N.cm.

109.452

109.461

109.453

109.454

External Hex Cover Screw 4.1 mm 117.018

•Use Digital Driver 0.9mm (104.039) to the installation of Cover Screw; • Do not exceed torque of 10 N.cm.

105

Demonstrative sequence of

Transepithelial Abutment Prosthetic Torque Ratchet Driver

Torque Connection 1.2mm

Castabl e

CoCr Transepithelial Abutment Cylinder

Protective Cylinder of Transepithelial Abutment

Transepithelial Abutment Analogue

Transepithelial Abutment Open Tra y Transfer

Prosthetic Torque Ratchet Driver

•Available in Titanium; •Minimum interocclusal space of 4.5mm;

Prosthetic Abutment Driver

•Screw-retained and multiple prosthesis; •Exclusive for Zygomatic Implants; •CM model compatible with WS Titamax Implant.

N.cm

Morse Taper Transepithelial Abutment

106

N.cm

External Hex Transepithelial Abutment

Morse Taper Transepithelial Abutment

3 mm

4 mm

5 mm

3 mm

4 mm

5 mm

115.023

115.024

115.025

115.172

115.173

115.174

•To installation, use Prosthetic Abutment Driver (105.009); •Observe indicated torque; •To torque control, use Prosthetic Torque Ratchet Driver (104.026).

Transfer Transepithelial Abutment 108.026

Cylinder Transepithelial Abutment Castabl e

118.034

•Available in Titanium; •For Open tray technique; •Rotational.

CoCr

118.254

•Available in: Castable: casting; CoCr: overcasting. •With screw.

Analogue Transepithelial Abutment 101.018

Cylinder Screw •Available in Titanium; •Replica of transepithelial abutment; •To the prosthesis confection or prosthetic planning.

Titanium

Neotorque

116.004

116.231

•Observe indicated torque; •Use Torque Connection 1.2mm (105.005); •To torque control, use Prosthetic Torque Ratchet Driver (104.026). Neotorque •Application of a thin pellicle with

Protective Cylinder Transepithelial Abutment

carbon basis, which promotes low friction coefficient, resulting in preload increase.

106.056

• Available in Titanium; • Suitable to protect the component in mouth during the prosthesis elaboration; • To installation, use Digital Driver 1.2mm (104.007).

107

Product Characteristics: • Case in autoclavable polymer; • Drills and connections for Zygomatic Implants – External Hex and Morse Taper; • Insert not included (KAVO). Observation: This technique requires specific accreditation. Information on www.neodent.com.br

108

* il lu st ra

ti ve im a ge

Items contained in Zygomatic Kit 110.214

Zygomatic Surgical Kit Case

104.042

Zygomatic Installation Driver

105.067

Zygomatic Contra-Angle Connection

105.069

Connection for exchange of Zygomatic Drills

103.190

Zygomatic Spherical Drill 2.9 Plus

103.191

Zygomatic Twist Drill 2.7 Plus

103.192

Zygomatic Pilot Twist Drill 2.7/3.3 Plus

103.193

Zygomatic Twist Drill 3.3 Plus

103.197

Zygomatic Countersink Drill CM Plus

103.208

Zygomatic Pilot Twist Drill 3.3/3.7 Plus

128.016

Zygomatic Height Measurer CM

124.004

Zygomatic Labial Protector

129.011

Zygomatic Bicortal Probe

129.012

Zygomatic Probe

104.007

Short Digital Driver 1.2

104.039

Short Digital Driver 0.9

109

110

Surgical Techniques

111

Characteristics of Neoguide Kit •Specific composition for the technique; •Case in autoclavable polymer; •Drivers, connections and surgical instruments necessary to the Neoguide technique; •Technique suitable for virtual planning and flapless surgery.

Obs.: This technique requires specific accreditation. Information on www.neodent.com.br

112

Regular

Complete

110.250

Neoguide Surgical Kit Case

103.180

Neoguide Mucosal Punch for Contra-Angle

103.181

Neoguide Mucosal Punch Manual

103.179

Neoguide Drill 1.3

103.183

Neoguide Drill 2.0

103.184

Neoguide Drill 2.8

103.185

Neoguide Drill 3.0

103.186

Neoguide Drill 3.3

103.187

Neoguide Pilot Drill 3.5

103.188

Neoguide Pilot Drill 3.75

103.189

Neoguide Pilot Drill 4.0

103.194

Narrow Neoguide Mucosal Punch for Contra-angle

103.195

Narrow Neoguide Mucosal Punch Manual

103.196

Narrow Neoguide Pilot Drill

105.079

Neoguide CM Connection 3.5 for Contra-angle

105.080

Neoguide CM Connection 3.75 for Contra-angle

105.081

Neoguide CM Connection 4.0 for Contra-angle

Items included in Neoguide Surgical Kit

lu * il

s tr

ve ati

ima

105.082

Neoguide CM Connection 3.5 for Ratchet

105.083

Neoguide CM Connection 3.75 for Ratchet

105.084

Neoguide CM Connection 4.0 for Ratchet

105.091

Narrow Neoguide CM Connection for Contra-angle

105.092

Narrow Neoguide CM Connection for Ratchet

104.007

Digital Driver 1.2 Short

104.005

Digital Driver for Torque Connection

125.033

Neoguide Drill Guide 2.0

125.034

Neoguide Drill Guide 2.8

125.035

Neoguide Drill Guide 3.0

125.036

Neoguide Drill Guide 3.3

125.032

Neoguide Guide Clamp

125.039

Narrow Neoguide Drill Guide 2.0

125.040

Narrow Neoguide Drill Guide 2.8

125.041

Neoguide Guide Stabilizer

125.059

Narrow Neoguide Guide Stabilizer

104.027

Surgical Torque Ratchet Driver

129.001

Titanium Tweezers

125.029

Implant Guide 3.5 Neoguide

125.030

Implant Guide 3.75 Neoguide

125.031

Implant Guide 4.0 Neoguide

X X X

X X

113

Neoguide Drills Ø1.3

Ø2.0

Ø2.8

Ø3.0

Ø3.3

Guide Clamp

103.179 103.183 103.184 103.185 103.186 125.032

•Available in surgical stainless steel; •Twist Drill for Ø1.3 and Ø2.0 and Tri-Spade for another diameters; •Drill 1.3 for perforation in the fixing tubes of Surgical Guide; •Markings from 7 to 17mm.

•Titanium; •Pin for fix the surgical guide over the ridge; •Effective length of 12mm and Ø 1.3mm.

DRILL PLUS: Count with the application of a thin pellicle with carbon basis, which promotes low friction coefficient and reduction of the heat generated on osteotomy.

Stabilizer

Neoguide Pilot Drills Ø3.5

Ø3.75

Ø4.0

Neoguide Kit

103.187 103.188 103.189

Narrow Neoguide Kit

103.196

•Available in surgical stainless steel coated in carbon, which provides a lower friction coefficient; •Preparation of the bone crest for seating of cervical third in CM Titamax Implants; •Indicated for bones type I and II.

Neoguide Kit

125.041

Narrow Neoguide Kit

125.059

•Available in Titanium; •Its function is to stabilize the prototyped guide, after the installation of each implant.

Neoguide Implant Guide Mucosal Punch Contra-angle

Manual

Neoguide Kit

103.180

103.181

Narrow Neoguide Kit

103.194

103.195

•Surgical stainless steel coated in carbon, which provides a lower friction coefficient; •Guided circular incision for mucosa removing; •Rotatory Punch – used with contra-angle; •Manual Punch – used manually with Digital Drivers for Torque Connections (104.028); •Also indicated as circular scalpel.

114

Ø3.5

Ø3.75

Ø4.0

125.029 125.030 125.031

•Available in Titanium; •Guide for installation of CM Implants in Neoguide Technique; •The colors indicate the CM Implant diameter.

Neoguide CM Connection for Contra-angle Drill Guide Ø2.0

Ø2.8

Neoguide Kit

125.033

125.034

Narrow Neoguide Kit

125.039

125.040

3.5

3.75

4.0

Ø3.3

Neoguide Kit

105.079

105.080

105.081

125.036

Narrow Neoguide Kit

105.091

Ø3.0 125.035

•Available in Titanium; •To insert the implant using motor and contra-angle.

•Use the corresponding drill to the Surgical Guide diameter (colors); •Embedded in the washers of Surgical Guide; •The colors indicate the CM Implant diameter.

Neoguide Positioner Neoguide CM Connection for Ratchet

101.054

•Available in Titanium; •Used with Mini Conical Abutment Analogue for obtain the work model; •3 spreaders with 1mm of height included; •Technique for prosthesis construction before the surgery.

3.5

3.75

4.0

Neoguide Kit

105.082

105.083

105.084

Narrow Neoguide Kit

105.092

•Available in Titanium; •For manual insertion of the implant using Surgical Torque Ratchet Driver (104.027).

115

CAD CAM SYSTEM

The Neoshape System combines the new technologies in this segment, in order to guarantee precision and quality in the production of the countless prosthetic techniques available in the market. This novelty broadens horizons, offering excellence, adaptation, precision and esthetics in a customized manner, with digital planning. With it, the prosthesis technician can plan in the PC screen, in a tri-dimensional manner, all the esthetics and functional details of the prosthesis solutions of the laboratoryâ&#x20AC;&#x2122;s daily routine. Following the completion of the virtual polishing, a digital file is forwarded online to Neodentâ&#x20AC;&#x2122;s milling center. There, the information of each received case is managed. Next, the file is sent

to last generation equipments, which accurately reproduce the 3D drawings by milling, assuring precision in adaptation and finishing. The Neoshape System offers, along with its 3D modeling software, a comprehensive library of prosthetic interfaces, including: rotational external hex, anti-rotational external hex, internal hex, Morse taper, Mini Conical Abutment and Universal Post, which can be directly attached to the implant. Regardless the choice of material for prosthesis fabrication, the mechanic properties and the quality assurance are guaranteed by rawmaterials with international quality standards, supplied by controlled origin sources, reinforcing our ethical commitment.

NEODENT WORK WORK OF PROSTHESIS TECHNICIAN

WORK OF PROSTHESIS TECHNICIAN

DENTIST WORK

4. Fabrication of the customized piece at the Neodent Milling Center

2. Scanning

3. CAD Modeling with 3D planning software 5. Concluded prosthesis with application of porcelain 1. Patient

116

PROSTHETIC SOLUTIONS OF THE NEOSHAPE SYSTEM Copings

Customized Abutment

Unitary

Multiple

External Hex, Internal Hex and Morse Taper

External Hex

Over Intermediate

Unitary Universal Post, Customized Post, Conical Abutment, GT Abutment

Multiple Customized Post, Mini Conical Abutment

Over Tooth

Unitary

Multiple Infrastructure

117

Machining of copings virtually planned.

118

CAD CAM SYSTEM

Molding of the elements to be restored and opposite arch.

For work over teeht, the plaster model shall be die-cast and have its preparation margins exposed and delimited. For over implant works, the model shall be cast with artificial gingiva.

Scanning of work model and opposite arch.

Virtual planning.

Industrial machining. Quality control at micrometric level.

Different possibilities of techniques and materials.

119

Demonstrative sequence of

Passive Fitting

Technique which allows the passive fitting without welding through Titanium cylinder cementation in the metallic structure. Used for multiple prosthesis and results in laboratorial working time reduction.

120

Cylinders Passive Fitting Micro CM Abutment

Cylinders Passive Fitting Mini Conical Abutment

Ø4.1 Ø5.0

Castabl e

Brass

Titanium

118.083

118.081

118.082

118.089

118.087

118.088

•Cylinders of brass and titanium with screw; •For installation, use Torque Connection 1.2mm (105.005); •For torque control, use Prosthetic Torque Ratchet Driver (104.026).

Castabl e

Brass

Titanium

118.250

118.248

118.249

•Cylinders of brass and titanium with screw; •For installation, use Torque Connection 1.2mm (105.005); •For torque control, use Prosthetic Torque Ratchet Driver (104.026).

Cylinders Passive Fitting Transepithelial Abutment Castabl e

Brass

Titanium

118.086

118.084

118.085

•Cylinders of brass and titanium with screw; •For installation, use Torque Connection 1.2mm (105.005); •For torque control, use Prosthetic Torque Ratchet Driver (104.026).

Cylinders Passive Fitting GT Castabl e

Brass

Titanium

118.174

118.173

118.172

Work Screw Passive Fitting •Cylinders of brass and titanium with screw; •For installation, use Torque Connection 1.2mm (105.005); •For torque control, use Prosthetic Torque Ratchet Driver (104.026).

4.1 mm 116.086

5.0 mm 116.087

•To use in laboratory.

121

Demonstrative sequence of

Passive Fiiting

122

Regularization of the alveolar ridge.

Surgical perforation concluded, checking the correct distance of the Distal Implant in relation to the mentual foramen with a 7mm flag.

Installation of 5 CM Cortical Titamax Implants Ă&#x2DC;3.75.

Installation of CM Mini Abutments.

Installation of squared transfers, replacing by the short screws (mini abutment cylinder screw) and making the union of transferents with acrylic resin.

Positioning of the Multifunctional Guide to obtain the intermaxillary relations. Make the union with acrylic resin of the transferents. After union, inject fluid silicon to the soft tissue impression.

Removal of Multifunctional Guide and installation of Mini Abutment Analogues to the transferents.

Work model with artificial gingiva.

Castable Passive Fitting Cylinder, Brass Passive Fitting Cylinder and Titanium Passive Fitting Cylinder with slots and lower diameter than brass, compensating the casting contraction.

Brass Cylinders are placed over the analogues and receive Castable Cylinders fixed with work screws.

Casting ring with waxed infrastructure.

Casted infrastructure.

Infrastructure adaptation over the model.

Observe area for cementation.

Cementation with Panavia速 (Kuraray Med. Inc. Tokyo-Japan) of the structure over the Titanium cylinders;

Final intraoral view.

123

Demonstrative sequence of

Distal Bar

Distal Bar Cylinder Mini Abutment

Ø 4.1

118.169

Ø 5.0

118.170

118.171

•Available in Titanium; •Retentions to facilitate the acrylic resin union; •Indicated torque: 10 N.cm; •To torque, use Torque Connection 1.2 (105.005).

•Technique for facilitate mandibular rehabilitations with Passive Fitting using a prosthesis type

Distal Bar

implant-supported provisional protocol.

Mini Abutment

Ø 4.1

125.011

Ø 5.0

125.012

125.023

•Use in Distal Implants to strengthen the Cantilever.

124

GT Implant installed.

Wear prosthesis, maintaining the integrity of posterior area.

Cylinders installation in Central Implants and of Distal Bar in posterior implants.

Proof of the inferior prosthesis with wear (centrical occlusion position, without interference in cylinders).

Placement of a rubber dam over the cylinders to the soft tissue protection.

Application of autopolymerizable acrylic resin in the cylinders.

Acrylic resin application between the cylinders.

Application of inferior prosthesis in wear area, repositioning in mouth, patient in occlusion even your full polimerization.

Remotion of inferior prosthesis after resin polimerization, cylinders captured.

Implant-supported provisional prosthesis concluded.

Final intraoral posterior view.

Wear, finishing and polishing of inferior prosthesis with polishing protectors.

125

Demonstrative Sequence of

Mini Ball Attachment

126

Construction of new total prosthesis

Implants installed.

Components.

Attachment Ball installed.

Using of positioners to correct the parallelism between the Implants and determinate the correct distance between O’ring and Attachment.

Placement of protection disks.

Placement of O’rings.

Inferior view of alleviation.

Proof of prosthesis to verify adaption without interference.

Second O’ring captured.

First O’ring captured.

Lateral view of set.

127

128

Bone Grafting and Orthodontic Anchorage

129

* illustr ative

ima ge

Complete Kit: Bone Grafting and Orthodontic Anchorage 110.227 104.018 105.063 105.023 103.045 103.079 103.044 103.043 103.078 103.042 103.207 104.033 105.039 105.040 105.025

130

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Bone Grafting and Orthodontic Anchorage Case Bone Grafting Manual Driver Philips Connection for Manual Driver Philips Connection for Contra-angle Drill 1.6 for Contra-angle Drill 1.3 for Contra-angle Drill 1.1 for Contra-angle Drill 1.6 for Straight Piece Drill 1.3 for Straight Piece Drill 1.1 for Straight Piece Punch for Bone Grafting and Orthodontic Anchorage Orthodontic Anchorage Driver Contra-angle connection – Anchorage - Long Contra-angle connection – Anchorage – Short Ratchet Adaptor for contra-angle connections

Bone Grafting Kit 110.227

Bone Grafting and Orthodontic Anchorage Case

104.018

Bone Grafting Manual Driver

105.063

Philips Connection for Manual Driver

105.023

Philips Connection for Contra-angle

103.045

Drill 1.6 for Contra-angle

103.079

Drill 1.3 for Contra-angle

103.044

Drill 1.1 for Contra-angle

103.043

Drill 1.6 for Straight Piece

103.078

Drill 1.3 for Straight Piece

103.042

Drill 1.1 for Straight Piece

103.207

Punch for Bone Grafting and Orthodontic Anchorage

Orthodontic Anchorage Kit 110.227

Bone Grafting and Orthodontic Anchorage Case

103.079

Drill 1.3 for Contra-angle

103.044

Drill 1.1 for Contra-angle

103.078

Drill 1.3 for Straight Piece

103.042

Drill 1.1 for Straight Piece

104.033

Orthodontic Implant Driver

105.039

Long Connection

105.040

Short Connection

105.025

Ratchet Adaptor

131

Bone Grafting and Orthodontic Anchorage

1 m m

Hol e Diameter: 0,7mm

Hex Size: 2.7 mm

Screw for Bone Grafting 6 mm

8 mm

10 mm

12 mm

14 mm

Ø 1.5 mm 116.194

116.196

116.198

116.199

116.200

Ø 2.0 mm 116.203

116.205

116.207

116.209

Expanded head

8 mm

10 mm

12 mm

14 mm

Ø 1.5 mm

116.210

116.211

116.212

116.213

Ø 2.0 mm

116.214

116.215

116.216

•Available in Titanium; •Osseous block fixation; •Self-drilling.

Implants for Orthodontic Anchorage Band Expanded Head

Standard Head

132

Ø 3.70mm

Ø 2.5 mm

Ø 2.0 mm

Ø 3.85 mm

Ø 3.0 mm

7 mm

9 mm

11 mm

109.484

109.485

109.486

109.487

109.488

109.489

109.493

109.494

109.495

109.497

109.498

Low

Ø 1.3mm

Medium

Ø 1.6mm

Low

109.701

Medium

109.702

109.496

Ø 1.6mm

Ø 1.5 mm

5 mm

Ø 1.3mm

•Available in Titanium alloy according to ASTM-F136 (level V); •Implants for orthodontic movement; •Self-drilling; •Collar height: -Low: 0mm; -Medium: 1mm; •Torque resistance up to 10 N.cm (Ø 1.3mm) and 20 N.cm (Ø 1.6mm).

11 9 7 5

mm mm mm mm

Drills for Orthodontic Anchorage Ø 1.1mm

Ø 1.3mm Ø 1.6mm

Straight piece

103.042

103.078

103.043

Contra-angl e

103.044

103.079

103.045

•Available in surgical stainless steel; •Suitable for bones tipe I and II; •Markings referent to the implant length (5, 7, 9 and 11mm).

Punch for Bone Grafting and Orthodontic Anchorage 103.207

•Available in stainless steel ; •Initial severance of cortical.

Connections and Adaptor Orthodontic Anchorage 105.040

105.039

Short

Long

105.025

Orthodontic Anchorage Driver 104.033

•Available in stainless steel; •Manual installation of Orthodontic Anchorage Implants.

•Connections for installation of Anchorage Implants with Ratchet or Contra-angle; •Ratchet Adaptor for Contraangle Connections(105.025).

133

Bone Grafting and Orthodontic Anchorage

Manual Driver 104.018

•Assists in handling of Philips Driver (105.063) and of Graver for Bone Grafting and Orthodontic Anchorage (103.207).

Philips Driver

•Available in stainless steel; •Screw installation for bone grafting.

134

Straight Piece

Contraangl e

105.063

105.023

Package of Orthodontic Anchorage Implant.

Cover removal to access the implant.

Capture of the implant with Orthodontic Anchorage Contra-angle Connection.

4 Installation of the implant with Contra-Angle Connections

Insertion option of the implant manually, with Orthodontic Anchorage Driver (104.033) or with Ratchet and Ratchet Adaptor for Contra-angle Connections (105.025).

6 Implant installed.

(105.039 or 105.040).

•Resistance to torque until 10 N.cm (Ø1.3mm) and 20 N.cm (Ø1.6mm).

135

Kits Neodent

STERILISE

HYGIENE

help of a nylon brush for dental use (repeat the

Sterilize on the eve of or in the day of procedure.

Kits Neodent and surgical instruments should be

rinsing and drying sequence).

It is recommended, preferably, follow the method

properly cleaned after each use. Do not let them in

7th Step: Select the package in accordance with

of sterilization by steam autoclaving, and also the

contact with moisture for prolonged periods.

the sterilization process. Preferably use self-sealing

parameters and procedures established in the

1st Step: Disassemble piece (if applicable).

package of medical grade paper with laminated film.

regulation BS EN ISO 17665-1:2006 Moist heat.

2nd Step: Immerge the whole piece in enzymatic

IMPORTANT: Never store the material without

Requirements for the development, validation

detergent with solution of 10%.

complete drying. Drying is very important to prevent

and routine control of a sterilization process for

3rd Step: Wash in an ultrasonic washer for about 10

oxidations.

medical devices, or to proceed conforming to the

minutes.

ATTENTION: Do not use not incrusted products (non-

instructions manual from the manufacturer of the

4th step: Rinse with distilled water in abundance to

enzymatic). They tend to darken the pieces and also

autoclave.

remove completely the solution residues, making

cause oxidation. The use of enzymatic liquid with

WARNING: THE KITS ARE DAMAGED WHEN SEALED

use of brushes.

concentration higher than 10%, as well as drying of

WITH ADHESIVE TAPE.

5th step: Dry with paper towel or compressed air.

pieces containing cleaning solution residues, helps

DO NOT STERILIZE PRODUCTS MADE IN POLYMER AT

6th step: Realize visual inspection, observing if the

oxidation and must be avoided.

HOTHOUSE.

cleaning process has been successful.

VALIDITY OF STERILIZATION: 7 to 15 days, since kept

If there is any dirt, the piece should be re-immersed

in clean environment, dry and away from the sun.

in detergent â&#x20AC;&#x201C; 1st and 2nd steps -, and, if is necessary, the cleaning should be done with the

136

GASH Great control during drilling.

POLISHING PROPELLERS Elimination of lateral cutting, reducing the warming during osteotomy.

TWIST DRILL Less heating and higher irrigation flow, less surgical trauma.

The parallel indicators have different colors and numbering to indicate the exact size of the implant to be used.

Surgical tweezers with self-locking of the implant and milimeter scale for conference during proceedings.

Surgical and Prosthetic Ratchets are removable and with torque control.

Drills with carbon treatment (Plus) which reduce friction during surgical procedure.

137

Product Characteristics: â&#x20AC;˘Case in autoclavable polymer; â&#x20AC;˘Drivers, connections and surgical instruments for Titamax Implants and External Hex Alvim, Internal Hex and Morse Taper.

Obs.: Items contained in Surgical Kit are also sold separately. Following, three surgical kits are suggested: Initial, Intermediary and Advanced.

138

Advanced

Intermediary

Initial

110.251

Surgical Kit Case

103.170

Initial Drill PLUS

103.171

Alvim Twist Drill 2.0 PLUS

103.162

Twist Drill 2.0 PLUS

Pilot Drill 2/3 PLUS

X X

Items contained in Surgical Kit

103.213

* illustra

tive im

a ge

103.163

Twist Drill 2.8 PLUS

103.164

Twist Drill 3.0 PLUS

103.165

Twist Drill 3.15 PLUS

103.166

Twist Drill 3.3 PLUS

103.167

Twist Drill 3.8 PLUS

103.168

Twist Drill 4.3 PLUS

103.172

Alvim Drill 3.5 PLUS

103.173

Alvim Drill 4.3 PLUS

103.174

Alvim Drill 5.0 PLUS

103.209

Countersink Drill 3.3 PLUS

103.239

SF Countersink Drill 4.1 PLUS

103.211

Countersink Drill 4.3 PLUS

103.242

SF Countersink Drill 4.5 and 5.0 PLUS

103.216

CM Pilot Drill 2.8/3.5 PLUS

103.217

CM Pilot Drill 3/3.75 PLUS

103.218

CM Pilot Drill 3.3/4.0 PLUS

103.219

CM Pilot Drill 3.6/4.3 PLUS

103.220

CM Pilot Drill 4.3/5.0 PLUS

103.091

Extension Drill

105.047

Connection for TI Contra-angle 4.1 and 4.3

105.045

Short TI Ratchet Connection 4.1 and 4.3

105.046

Long TI Ratchet Connection 4.1 and 4.3

105.050

Contra-angle TI Connection 5.0

105.048

Short TI Ratchet Connection 5.0

105.049

Long TI Ratchet Connection 5.0

105.001

Short Hex Connection for Ratchet

105.018

Long Hex Connection for Ratchet

105.002

Hex Connection for Contra-angle

105.073

Short CM Connection for Ratchet

105.074

Long CM Connection for Ratchet

105.075

CM Connection for Contra-angle

128.015

Height Measurer CM

113.014

H.E. Long Mount 3.3

128.019

Parallel Indicators 2.8/3.5

128.020

Parallel Indicators 3.0/3.75

128.021

Parallel Indicators 3.3/4.0

128.022

Parallel Indicators 3.6/4.3

128.023

Parallel Indicators 4.3/5.0

104.039

Short Digital Driver 0.9

104.007

Short Digital Driver 1.2

104.028

Digital Driver for Contra-angle Connections

104.027

Surgical Torque Ratchet Driver

129.004

Depth Probe

129.001

Titanium Tweezers

105.030

Short Ratchet Connection II Plus

105.031

Long Ratchet Connection II Plus

105.068

Contra-angle Connection II Plus

103.296

Countersink Drill II Plus 4.3

103.297

Countersink Drill II Plus 5.0

139

Product Characteristics: â&#x20AC;˘Case in autoclavable polymer; â&#x20AC;˘Drivers, connections and surgical instruments for CM Titamax Implants and WS Titamax installation. Obs.: Items contained in Surgical Kit are also sold separately. Descriptions are shown next.

140

Items contained in WS Kit

* il lu st ra

ti ve im a ge

110.218

WS Surgical Kit Case

103.170

Initial Drill Plus

103.162

Twist Drill 2.0 PLUS

103.163

Twist Drill 2.8 PLUS

103.164

Twist Drill 3.0 PLUS

103.166

Twist Drill 3.3 PLUS

103.167

Twist Drill 3.8 PLUS

103.168

Twist Drill 4.3 PLUS

103.169

Twist Drill 5.3 PLUS

103.091

Extension Drill

103.213

Pilot Drill 2/3 PLUS

103.217

CM Pilot Drill 3.0/3.75 PLUS

103.218

CM Pilot Drill 3.3/4.0 PLUS

103.214

Pilot Drill 3.8/4.3 PLUS

103.220

CM Pilot Drill 4.3/5.0 PLUS

103.215

Pilot Drill 4.3/5.3 PLUS

103.221

CM Pilot Drill 5.3/6.0 PLUS

104.007

Short Digital Driver 1.2

104.027

Surgical Torque Ratchet Driver

105.001

Short Hex Connection for Ratchet

105.018

Long Hex Connection for Ratchet

105.002

Hex Connection for Contra-angle

114.230

WS Post 4.5x6x0.8 Prosthetic Selection

114.231

WS Post 4.5x6x1.5 Prosthetic Selection

114.232

WS Post 4.5x6x2.5 Prosthetic Selection

114.233

WS Post 4.5x6x3.5 Prosthetic Selection

128.020

Parallel Indicators 3.0/3.75

128.021

Parallel Indicators 3.3/4.0

128.024

WS Parallel Indicators 4.3/5.0

128.025

WS Parallel Indicators 5.3/6.0

129.001

Titanium Tweezers

129.004

Depth Probe

141

15.0

17.0

11.0

13.0

7.0 5.0

9.0 6.0

16.0 13.0 10.0 11.5 8.0

Product Characteristics: DRILLS PLUS: Counts upon the application of a thin pellicle with carbon basis which promotes reduced friction and reduction of the heat generated in the osteotomy. ATTENTION: The drills suffer wear during their use. Evaluate their cut effectiveness periodically and observe the need for substitution to avoid loss of implants.

142

1.0 2.0 Bone l evel

Alvim Drill Plus (Scaled) Surgical Stainl ess Steel

Zirconia

Ø 3.5

103.172

103.253

Ø 4.3

103.173

103.254

Ø 5.0

103.174

Countersink Drill External Hex Surgical Stainl ess Steel

Zirconia

Ø 3.3

103.209

103.265

(SF) Ø 4.1

103.239

103.292

Ø 4.3

103.211

103.267

(SF) Ø 4.5/

103.212

103.268

Surgical Stainl ess Steel

Zirconia

103.255

•Available in surgical stainless steel and Zirconia; •Instrumentation sequence of surgical alveolus for Alvim Implants.

Ø 5.0

Internal Hex

Initial Drill Plus Ø 2.0

103.296

103.298

Ø 5.0

103.297

103.299

•Available in Surgical Stainless Steel and Zirconia; •Prepare of the bone crest for cervical third seating in Implants 3.3, 3.75, 4.0,4.5 and 5.0mm (external hex) and 4.3, 5.0mm (internal hex).

103.170

•Available in Surgical Stainless Steel; •Cortical disruption; •Diameter of 2.0mm.

Twist Drill

Pilot Drill Surgical Stainl ess Steel

Ø 4.3

Surgical Stainl ess Steel

Zirconia

2/3 mm

103.213

2.8/3.5 mm

103.216

103.272

3/3.75 mm

103.217

103.273

3.3/4 mm

103.218

103.274

3.6/4.3 mm

103.219

103.275

4.3/5 mm

103.220

103.276

3.8/4.3 mm

103.214

103.270

4.3/5.3 mm

103.215

103.271

5.3/6 mm

103.221

103.277

•Available in Surgical Stainless Steel and Zirconia; •Its function is increase the surgical alveolus diameter, facilitating the next drill entry; •Substitutes the Countersink Drill in use of the Morse Taper Implants.

Zirconia

Ø 2.0

103.162

Ø 2.8

103.163

103.244

Ø 3.0

103.164

103.245

Ø 3.15

103.165

103.246

Ø 3.3

103.166

103.247

Ø 3.8

103.167

103.248

Ø 4.3

103.168

103.249

Ø 5.3

103.169

103.250

•Available in Surgical Stainless Steel and Zirconia; •Instrumentation sequence of surgical alveolus for Titamax Implant; •Length: 35mm.

143

Parallel Indicators 128.023

3.6/4.3

128.022

3.3/4.0

128.021

3.0/3.75

128.020

2.8/3.5

128.019

Ø 5.3/6.0

128.025

Ø 4.3/5.0

128.024

4.3/5.0

•Available in Titanium; •Instrumental for implant position orientation; •Diameter of the central belt corresponding to the CM Implants diameter; •Smaller side for use after drill 2.0mm; •Bigger side for use after last drill, before the implant installation.

CM Ratchet Connection Short

Long

•For the installation of CM Implants with Surgical Torque Ratchet Driver (104.027); •With six markings, indicating the position of hex index face; •The laser markings indicate the implant installation depth, bone level, 1 and 2mm infraosseous and the last marking (3mm) biological space.

105.073

105.074

CM Contra-Angle Connection

•To capture the implant directly on the package; •For installation of CM implants with contra-angle, or coupled to the Digital Driver (104.028) for manual installation; •With six markings, indicating the position of hex index face; •The laser markings indicate the implant installation depth, bone level, 1 and 2mm infraosseous and the last marking (3mm) biological space. 105.075

144

Contra-angle Connection External Hex – Ti 4.1/4.3

5.0 •To capture the implant directly on the package; •For installation of External Hex Ti Implants and Internal Hex Ti Implants with contra-angle, or coupled to the Digital Driver (104.028) for manual installation; •With tweezers to increase the security in transport and implant installation.

105.047

105.050

Contra-angle Connection Internal Hex – Ti

4.3/5.0 •To capture the implant directly on the package; •For installation of Internal Hex II PLUS Implants with contra-angle, or coupled to the Digital Driver (104.028) for manual installation; •With tweezers to increase the security in transport and implant installation.

105.068

Ratchet Connection External Hex – Ti Short

Long

Short

Long

4.1/4.3

5.0

•For installation of External Hex Ti Implants with Surgical Torque Ratchet Driver (104.027).

105.045

105.046

105.048

105.049

Ratchet Connection Internal Hex – Ti Short

Long

4.3/5.0

4.3/5.0 •For installation of Internal Hex II PLUS Implants with Surgical Torque Ratchet (104.027); •With six markings, indicating the position of hex index face.

105.030

105.031

145

CM Height Measurer

•Available in Titanium; •For CM prosthetic components selection; •Markings corresponding to the transmucosal height.

6.5

5.5 3.5 1.5

4.5 2.5 0.8

128.015

Drill Extension

•Available in surgical stainless steel; •With screw for drill fixation; •Fixed screw to the drill extension; •For tighten and unleash the screw, it is necessary only around half turn of Hex Driver 1.2 (104.007).

103.091

Titanium Tweezers

•For implants manipulation; •New system of tweezers, that avoids the deviation of the active tip; •Scale in milimeters, for conference during the procedures; •Implant self-locking. 129.001

146

Hex Connection for Contra-angle

•Available in surgical stainless steel; •Adaptation of hex mounters; •For implant insertion, using motor and contra-angle; •Silicone ring for best fixing and mounter transport. 105.002

Hex Connection for Ratchet (Ratchet Driver Connection)

•Available in surgical stainless steel; •Adaptation of hex mounters; •Fit in squared ratchets; •Silicone ring for best fixing and mounter transport.

105.001

105.018

Long Mount

Ø3.3 mm

•Available in Titanium; •Requires Hex Connections 105.002 in motor use and 105.001 for Ratchet; •Use Hex Driver 1.2mm for handling (104.007); •Long mounters 3.3 and 3.5 indicated for substitute the implant mount in cases of reduced interproximal space (mesio-distal).

113.014

Depth Probe

•Available in Titanium; •For probing preparation and depth analysis; •Scale in milimeters for conferences during procedure.

129.004

147

Digital Driver for Contra-angle Connections

•Available in surgical stainless steel; •Connected to the Contra-angle Connections Ti and II Plus, it becomes a manual driver for the implant installation. 104.028

Hex Digital Driver 0.9mm

Short

Medium

Long

•Available in surgical stainless steel; •With divergent hex for best fixing and screw transport; •Handling of Cover Screws in Implants 3.3, 3.5, 3.75, 4.0, 4.3 and Healing 3.3 height 2mm. -Short: 20 mm; -Medium: 25 mm; -Long: 38 mm.

104.039

104.041

104.040

Hex Digital Driver 1.2mm

Short

Medium

Long

•Available in surgical stainless steel; •With divergent hex for best fixing and screw transport; •Handling of Mounters in Implants and Cover Screws. -Short: 20mm; -Medium: 25mm; -Long: 38mm.

104.007

148

104.012

104.010

Surgical Torque Ratchet Driver 104.027

• • • •

Available in surgical stainless steel; Extremely secure (a variation of less than 5%); Fitting for square connections; Collapsible ratchet, that allows the correct cleaning of set.

Use Instructions

The Surgical Torque Ratchet Driver was projected to allow the required torque application, and also allow that this torque be checked simultaneously with the same instrument.

For this, only apply the force on the ratchet stem, 1 until it reaches the value set in lateral graduation 2 , which corresponds to the desired torque.

The Neodent Surgical Torque Ratchet Driver has precalibrated torques: 45, 60 and 80 N.cm.

The ratchet function serves for both sides. Just pull and turn the pin driver 180°. However, the torque function is only in clockwise.

•CAUTION: When you reverse the direction of torque, the gear can be detached from the driver body and fall it. Therefore, this reversal should only be done with the driver connected to the piece or outside the patient’s mouth.

149

1 1 1 1 1 1 1 1 1 1 1 1 1 1

150

110.213 105.065 105.041 105.005 105.006 105.007 105.008 105.009 105.044 105.071 128.015 104.005 104.016 104.026

Prosthetic Kit Case Torque Connection 0.9 Short Torque Connection 1.2 Torque Connection 1.2 Torque Connection 1.6 Slot Torque Connection Square Torque Connection Prosthetic Abutment Driver Short Prosthetic Abutment Driver Long Torque Connection 1.2 CM Height Measurer Digital Driver for Torque Connections Transfer Driver Prosthetic Torque Ratchet Driver

X X X X X X X X X X X X X X

Basic

Complete

* illustr ative

X X X X X

X X

ima ge .

Prosthetic Adaption Driver 104.036

•Used to fix the analogues and machine the prosthetic components.

Prosthetic Torque Ratchet Driver 104.026

•Surgical stainless steel; •Extremely secure (variation less than 5%); •Fitting for square connections; •Collapsible ratchet, that allows the correct cleaning of set.

Use Instructions

The Prosthetic Torque Ratchet Driver was projected to allow the required torque application, and also allow that this torque be checked simultaneously with the same instrument.

For this, only apply the force on the ratchet stem, 1 until it reaches the value set in lateral graduation 2 , which corresponds to the desired torque.

The Neodent Prosthetic Torque Ratchet has pre-calibrated torques: 10,15,20,32 and 45 N.cm;

The ratchet function serves for both sides. Just pull and turn the pin driver 180°. However, the torque function is only in clockwise.

151

Drivers and Connections for Torque 1.2 short

1.6 short

Prosthetic

0.9

1.2

1.6

Slot

Square

Prosthetic

1.2 long

Digital

•Available in Surgical Stainless Steel; •Observe corresponding connection to the prosthetic component screw; •To torque control, the connections must be adapted to the Prosthetic Torque Ratchet Driver (104.026); •To connections manual torque, must be adapted to the Digital Driver (104.007); 105.041 105.042 105.044 105.065 105.005 105.006 105.007 105.008 105.009 105.071 104.005

Digital Driver 1.2mm

Digital Driver 0.9mm Short

104.039

Medium

Long

104.041

104.040

Short

104.007

•Available in Surgical Stainless Steel; •Length: -Short: 2 cm; -Medium: 2,6 cm; -Long: 3,8 cm. •Observe screw indications.

Long

104.012

104.010

•Available in Surgical Stainless Steel; •Length: -Short: 2 cm; -Medium: 2,6 cm; -Long: 3,8 cm. •Observe screw indications.

Transfer Driver 104.016

•Available in Surgical Stainless Steel; •Indicated for Conical Transfer (used in closed tray transfer).

152

Medium

* illustrative im

age.

110.223 114.191 114.192 114.193 114.194 114.195 114.196 114.197 114.198 114.199 114.200 114.201 114.202 114.203 114.204 114.205 114.206 114.207 114.208 114.209 114.226 114.227 114.228

CM Prosthetic Selection Kit Case CM Post 3.3x4x0.8 Prosthetic Selection CM Post 3.3x4x1.5 Prosthetic Selection CM Post 3.3x4x2.5 Prosthetic Selection CM Post 3.3x4x3.5 Prosthetic Selection CM Post 3.3x4x4.5 Prosthetic Selection CM Post 3.3x4x5.5 Prosthetic Selection CM Post 3.3x4x6.5 Prosthetic Selection CM Post 3.3x6x0.8 Prosthetic Selection CM Post 3.3x6x1.5 Prosthetic Selection CM Post 3.3x6x2.5 Prosthetic Selection CM Post 3.3x6x3.5 Prosthetic Selection CM Post 3.3x6x4.5 Prosthetic Selection CM Post 3.3x6x5.5 Prosthetic Selection CM Post 3.3x6x6.5 Prosthetic Selection CM Post 4.5x4x0.8 Prosthetic Selection CM Post 4.5x4x1.5 Prosthetic Selection CM Post 4.5x4x2.5 Prosthetic Selection CM Post 4.5x4x3.5 Prosthetic Selection CM Post 4.5x4x4.5 Prosthetic Selection CM Anatomical Post Height 1.5 Prosthetic Selection CM Anatomical Post Height 2.5 Prosthetic Selection CM Anatomical Post Height 3.5 Prosthetic Selection

114.210 114.211 114.212 114.213 114.214 114.215 114.216 114.217 114.218 114.219 114.220 114.221 114.222 114.223 114.224 114.230 114.231 114.232 114.233 104.007 114.335 114.336 114.337

CM Post 4.5x4x5.5 Prosthetic Selection CM Post 4.5x4x6.5 Prosthetic Selection CM Post 4.5x6x0.8 Prosthetic Selection CM Post 4.5x6x1.5 Prosthetic Selection CM Post 4.5x6x2.5 Prosthetic Selection CM Post 4.5x6x3.5 Prosthetic Selection CM Post 4.5x6x4.5 Prosthetic Selection CM Post 4.5x6x5.5 Prosthetic Selection CM Post 4.5x6x6.5 Prosthetic Selection CM Angled Post 3.3x6x1.5 17º Prosthetic Selection CM Angled Post 3.3x6x2.5 17º Prosthetic Selection CM Angled Post 3.3x6x3.5 17º Prosthetic Selection CM Angled Post 3.3x6x1.5 30º Prosthetic Selection CM Angled Post 3.3x6x2.5 30º Prosthetic Selection CM Angled Post 3.3x6x3.5 30º Prosthetic Selection WS Post 4.5x6x0.8 Prosthetic Selection WS Post 4.5x6x1.5 Prosthetic Selection WS Post 4.5x6x2.5 Prosthetic Selection WS Post 4.5x6x3.5 Prosthetic Selection Short Digital Driver 1.2 CM Anatomical Post Lateral 1.5 Prosthetic Selection CM Anatomical Post Lateral 2.5 Prosthetic Selection CM Anatomical Post Lateral 3.5 Prosthetic Selection

Optional

153

154

Surgical Instruments

155

Bone Profile Drill External Hex

Ø3.3 mm Trephine Burs

103.039

Ø3.3 mm Ø 4.1 mm Ø 4.3 mm Ø 5.0 mm Ø 8.0 mm Ø10.0 mm 103.051

103.026

103.087

103.027

103.028

103.029

Internal Hex

Ø 4.1 mm Ø 4.3 mm Ø 5.0 mm Ø 4.3 mm Ø 5.0 mm 103.030

103.085

103.031

•Available in Surgical Stainless Steel; •Used in the second surgical phase; •Adapt the bone around implant platform, preparing the emergency profile compatible with the prosthetic component profile; •Each drill has a guide with specific diameter.

•Available in Surgical Stainless Steel; •Osseous cylinder collect; •Implants removal.

0.35mm

Flags 7 mm 9 mm 12 mm 128.003 128.008 128.007

•Available in Surgical Stainless Steel; •Adaptive to mirrors handle; •Indicated for surgical/prosthetic planning.

Alvim Radiographic Positioner Ø 3.5 mm 129.009

Ø 4.3 mm

Ø 5.0 mm

129.013

129.014

•Available in Titanium; •Used to check flapless osteotomy depth; •It is suggested make the periapical radiography for evaluation.

Angle Measurer 300

170

128.018 128.017

16 13 11.5 10 8

156

103.102

•Available in Titanium; •Angulations: 17° and 30°; •For selection and angulation planning of prosthetic component during the surgical procedure; •Use indication: after Twist Drill 2.0.

103.103

Concave Osteotomes 1.8 mm

2.5 mm 3.0 mm 3.5 mm 4.0 mm 4.5 mm

110.154

110.155

110.156

110.157

110.158

110.159

•Available in Surgical Stainless Steel; •Concave cutting tip for atraumatic elevation of maxillary sinus floor; •Used in the preparing of surgical alveolus for implants installation in posterior maxillary area whith less osseous height; •Markings from 7 to 17mm.

17 mm 13 mm 9 mm

15 mm 11 mm 7 mm

Spreading Osteotomes 1.8 mm 110.160

2.5 mm 3.0 mm 3.5 mm 110.161

110.162

110.163

•Available in Surgical Stainless Steel; •Convex tip; •Used when thickness bone is insufficient, requiring compression and prior bone expansion to the implant placement; •Markings from 7 to 17mm.

17 mm 13 mm 9 mm

15 mm 11 mm 7 mm

Osteotomes Kit Case 110.180

• Available in polymer; • Autoclavable; • Osteotomes sold separately.

157

Surgical Mallet 126.001

•Available in Surgical Stainless Steel; •Active tip in polymer; •Used in Concave and Spreading Osteotomes; •Weight: 130g.

Long Sinus Curette

126.008 126.009

126.010

126.011

126.012

• Available in Surgical Stainless Steel; • Used for detachment of sinusal membrane.

158

Metal Bone Scraper 127.018

127.016

127.017

127.019

Negative

Straight

Positive

Blade

•Used to remove autogenous bone applied in reconstructive surgery; •Includes a blade coated with Titanium Nitride; •Silicone handle; •Autoclavable.

Disposable Bone Scraper

127.023

•Used to remove autogenous bone; •Single use; •Supplied sterile.

Disposable Bone Collector •Available in polymer; •Used to collect autogenous bone; •Single use; •Adaptive to vacuum pump; •Two disposable sieves included; •Use the second tip to saliva suction (beware of contamination).

107.003

107.008

159

Surgical Labial Retractor 124.001

•Available in Surgical Stainless Steel; •Rounded corners to minimize the surgical trauma.

Columbia Retractor 124.003

•Available in Surgical Stainless Steel; •Rounded corners to minimize the surgical trauma.

Scalpel Handle 129.008

•Available in Surgical Stainless Steel; •For use of conventional scalpel blade; •Blade not included.

Blade and Handle Bivers 129.002

•Handle and blade in surgical stainless steel; •Atraumatic exodontics to implants installation; •Similar with a periostomal; •Blades supplied individually.

160

129.005

Complement Case

110.233

•Available in autoclavable polymer; •Used to organize the drills and auxiliar connections.

Bone Mill 127.011

•Available in Surgical Stainless Steel; •Bone volume gain; •The blade has 3 years of warranty against rust; •With lever for better facility during utilization; •Bone mill pestle with slots to optimize the bone block locking during use; •Avoid bone handling originated in tissue bank.

Test Bovine bone block with volume = 1,76 cm3

Amplified particles.

Volume gain was approximately of 7 times.

161

Surgical Motor

Optical

Non-optical

Contra-angle

With Light

Without Light

Calibration System

Electronic and Mechanical

Control Unit

PORTABLE

1 CONTROL PANEL WITH EASIER INTERFACE Advanced design with simple and intuitive panel. Membrane type keys, free of indentations to facilitate the asepsis.

The Neosurg XT Plus is small, light and can be easily transported anywhere. It is a product ideal for anyone who tends to more than one surgery and wishes to have just one surgical motor.

2 MECHANICAL CALIBRATION SYSTEM As well as electronic calibration, the motor has a torque ratchet to guarantee yet more precision of the micro motor and contra-angle. The calibration is executed directly by the professional, without the need for maintenance from the manufacturer.

3 PERISTALTIC PUMP CONNECTED TO THE MOTOR It´s not necessary to autoclave, the hose system is sterilisation only.

Micro Motor and Contra-angle

4 IRRIGATION SYSTEM WITH METAL CONNECTORS Allows perfect adaption of the irrigation handle, offering resistance and security. Can be sterilised.

5 MICRO MOTOR REINFORCED WITH TITANIUM COATING Use the magnetic induction system, which does not produce noises nor vibrations. High Precision of the torque and variation of speeds.

6 OPTICAL FIBER (VERSION WITH LIGHT) Rigid body of the micro motor for no risk breaking. Doesn´t lose brightness with time of use, unlike the LED.

7 CONTRA- ANGLE PUSH BOTTOM Internal and external irrigation system. Head with a reduced size and ergonomically compact body. Better visibility, access and mobility within the oral cavity.

162

INTELLIGENT CONTROL PEDAL

All adjustments of the irrigation system, programs and speeds can be triggered by the pedal, leaving the hands free for surgical procedure. It was developed to avoid the accidental activation of micro motor system (progressive acceleration).

ILLUMINATION

MECHANICAL CALIBRATION

5 6

7 163

AFFILIATES

DISTRIBUTORS NEODENT

Bauru

Campo Grande – MS

Al. Dr. Octávio Pinheiro Brizolla, 7-46 17.012-059 - Bauru - SP - Brasil Phone: +55 14 3201-3500

Alphadent Implantes e Instrumentais R. Padre João Cripa, 2371 – Bairro: Vila Alta CEP: 79.010-180 Phone: 0800 600 5993 / (67) 3027-5993

Belo Horizonte R. Grão Pará, 554 30.150-341 - Belo Horizonte - MG - Brasil Phone: +55 31 3071-8700

Brasília SH/SUL, QD. 06 CONJ “A” BL. “F” Loja 20 70.316-901 - Brasília - DF - Brasil Phone: +55 61 3298-3200

Cuiabá – MT Alphadent Implantes e Instrumentais Rua das Orquídeas, 337 Bairro: Jardim Cuiabá CEP: 78.043-148 Phone: 0800 601 5993 / (65) 3027-5993

Florianópolis – SC

Av. Visconde de Guarapuava, 3832 80.250-220 - Curitiba - PR - Brasil Phone: +55 41 2169-1000

Implantológica - Revenda Neodent R. Felipe Schmidt, 649 - Sala 1401 – Centro CEP: 88.010-001 Phone: 0800 600 6069 (48) 3225-6069 / (48) 3028-7169

Goiânia

Manaus – AM

Curitiba

R. T-55, 199 - Sl. 4 a 6 74.150-320 - Goiânia - GO - Brasil Phone: +55 62 3878-7700

Londrina R. Senador Souza Naves, 1510 86.010-160 - Londrina - PR - Brasil Phone: +55 43 3306-2000

Porto Alegre R. Félix da Cunha, 836 - Cj. 202 90.570-000 - Porto Alegre - RS - Brasil Phone: +55 51 3272-7400

Recife R. Francisco Alves, 325 - Sl. 401 50.070-490 - Recife - PE - Brasil Phone: +55 81 3202-6900

Rio de Janeiro Rua Bento Lisboa, 120 - Lj. “E” Bl. 01 22.221-011 - Rio de Janeiro - RJ - Brasil Phone: +55 21 3622-8900

São Paulo R. Francisco Leitão, 469 - Sl. 1809 05.414-020 - São Paulo - SP - Brasil Phone: +55 11 3728-2700

Palmas – TO Prodentis Produtos Odontológicos Centro Comercial Água Viva Quadra 104 Norte, Rua NE 01, nº 27 - Sala 03 CEP: 77.006-016 Phone: 0800 646 1012 / (63) 3224-1010

Belém – PA CIRUBEL Cirúrgica Belém Com. & Representações Ltda Travessa 9 de Janeiro, 1295 CEP: 66.060-370 Phone: (91) 3204 2729 / 8802 4359 odonto.vendas@cirubel.com.br

INTERNATIONAL AFFILIATES

Rua Rui Barbosa, nº 1145, sala 63, 6º andar Ribeirão Preto – SP CEP: 14.015-120

164

Dominican Republic Idemefa Calle Pedro A Bobea, Esq. Primera, Bella Vista Santo Domingo Phone: +1 809 535 2585 idemefa@codetel.net.do

Thailand Integrated Dental Equipment 54 Soi Phanit Anan, Sukumvit 71 Road Klongton Nua, Wattana – Bangkok Phone: 66 2713 3355 / 668 9798 7199 jareeporn@ide.co.th

Venezuela Dental El Bosque Av. Universitaria Resd Diamante Local P.B. Valle Aba jo - Caracas Phone: +58 212 6614280 / 6617790 / 6619497 implantesneodent@gmail.com

Chile

Colombia

Ribeirão Preto

Dent Import Av. Teodóro Cárdenas 163, OFC. 1 - Lima Phone: +51 1 411 0600 Anx.204 +51 1 265 0759 / +51 1 98911 7300 jalcantara@dentimport.com.pe

Odonto Market Calle Ichilo, 205 – Zona B Palermo, Santa Cruz Phone: +591 3 339 4089 / +591 3 339 6410 ronald_v@hotmail.com

Fortaleza

Av. Cesário Alvim, 818, sala nº. 504 Uberlândia-MG CEP: 38.400-098

Paraguay

Bolivia

PONTOS DE DISTRIBUIÇÃO NEODENT

Uberlândia

Implanet Dekwaneh Slaf Main Road Yervan Bldg - Beirut Phone: +961 169 2123 joumanasaade@gmail.com

Argentina

Comercial Express Dent Av. Presidente Errazuriz, 4125 Las Condes – Santiago - Chile Phone: +56 2 233 6690 / +56 2 263 3720 rafaelrecabarren@expressdent.cl

Rua Pedro Borges, nº. 20, sala nº. 808 Fortaleza – CE CEP: 60.055-900

Lebanon

Peru

Implante Way Produtos Médicos Odontológicos Ltda Rua Senador Theotônio Vilela, 190 Ed. Convention Center , SL 506 - Pq Bela Vista CEP: 40.279-435 Phone: 0800 284 5378 / Fax: (71) 3351-5378

Dis-Den 1. Santa Fé 3153 2000 Rosario Phone: +54 341 438 4433 2. Fernando Ochoa, 645 1852 Burzaco, Buenos Aires hcalamante@disden.com.ar

JGC North America Corporation 3785 NW82 - Avenue Suite 211 33166 - Doral, Florida, USA Phone: +305 436 1818

Bio-Sfera Via C. Pavese, 50 Peschiera Borromeo – Mi Phone: +39 349 224 1190 roberto.vernice@bio-sfera.com

Salvador - BA

INTERNATIONAL DISTRIBUTORS

USA

Italy

A R. Rodriguez Av. Joaquim Nabuco, 2235 CEP: 69.020-030 Phone: (92) 2121-7700

Rua Cassiano Antonio Moraes, 100 Loja 02 29.050-525 - Enseada do Suá - Vitória - ES Phone: +55 27 3203-5300

Av. Defensores de Chaves, 15 - 3º D 10.00-109 Lisboa - Portugal Phone: +351 21 013 4400

Perdental Calle Cristóbal De Boleda, 14 25006 - Lleida Phone: +34 9021 17077 / 9021 17120 oficina@perdental.com

Dent. Par Shopping Yguazú Av San Blás 765 - Ciudad del Este Phone: +595 61 510 829/ 30 dentpar@yahoo.com skype: sac.dentpar

Vitória

Portugal

Spain

Pluss Dent Calle 23 Norte, nº 5 –BN – 69 - Cali Phone: +57 2 660 0050 luismancera@plussdent.com

Equator Odontotec Portete, E 1380 Iñaquito - Quito Phone: +593 2 245 4575 eandrade@cadcam.ec