The Industry
02
Morse Taper Implants
10
Ti External Hex Implants
26
II Plus Internal Hex Implants
40
Zygomatic Implants
51
Surgical Instruments
54
Bone Grafting and Orthodontic Anchorage
57
1
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 company’s fundamental values: advances in technology, respect for human beings and socio-environmental responsibility. CLEAN ROOM
INSTRUMENTS PRODUCTION
PACKAGE
2
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
3
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
4
A globally renowned company, made 100% for you.
Besides our industrial and commercial headquarters located in Curitiba (PR – Brazil), we count with twelve 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: www.neodent.com.br
5
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 implant’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.
Bone crest formed over a cervical portion of the Morse taper implants with Neoporos surface after a period of osseointegration.
6
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
7
IMPLANT INDICATION TABLE
Bone type I
Bone type II
Bone type III
Bone type IV
Morse Taper
Morse Taper
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
8
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
MORSE TAPER
CM Mini Conical Abutment, WS and CM Micro Abutment
32N.cm
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
Mini Ball Attachment
32N.cm 10N.cm
Cylinders
20N.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)
32N.cm
Mini Abutment Slim Fit (Ø 4.1) 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
Mini Ball Attachment
32N.cm
Cylinders
10N.cm
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 20N.cm
Mini Ball Attachment 10N.cm
Cylinders
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
Singl e Prosthesis
2. Cemented •Universal Post •Personalizable Post
•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
9
The implant with impermeable fitting that optimizes bacterial sealing and the health of peri-implant tissue.
COMPONENTS INDICATION TABLE
.5 m
m
Ø
Im
pla n
t
Ø3
.0 m
ØI
mp lan t
10
m
Internal Thread Ø 1.8
ø2
Internal Thread Ø 1.8
MORSE TAPER MORSE TAPER
Screw-retained Prosthesis •CM Abutment (single) •CM Mini Abutment (multiple) •CM Angled Mini Abutment 17° and 30° (multiple) •CM Micro 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
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
•WS Abutment (single) •Ws Mini Abutment (multiple) •CM Transepithelial Abutment (multiple)
•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
Morse
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.
Capture and Transport of the Implant Specific drivers to the hexagonal prosthetic indexer in the implant, available for contra-angle 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.
Indexer 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.
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.
11
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.
Alvim Drill 5.0
Alvim Drill 4.3
Alvim Drill 3.5
Alvim Drill 2.0
Initial Drill
Drill sequence
3.5 mm 4.3 mm 5.0 mm
Code 8.0 mm
10.0 mm
11.5 mm
13.0 mm
16.0 mm
Ø 3.5
109.692
109.682
109.693
109.683
109.684
Ø 4.3
109.689
109.688
109.627
109.628
109.629
Ø 5.0
109.690
109.685
109.691
109.686
109.687
CM Cover Screw 2 mm
117.013
117.017
•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.
Healings
12
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.
DEMONSTRATION SEQUENCE
Spear-point bur
Alvim 2.0 bur
Capture from package
Installation using counter-angle wrench
Alvim 3.5 bur
Alvim 4.3 bur
Installation using turnstile wrench
Implant inserted
CLINICAL CASE STUDY
Lingual
* Images kindly provided by Dr. Geninho Thomé, ILAPEO, Curitiba (PR) – Brazil.
Immediate
3 months
10 months
10 months
The DRIVE CM implant conical shape allowed its apex to be perfectly adjusted to the sublingual gland’s duct.
ex With h etic prosth index
The bio-medical concept of DRIVE CM implants with Switch Platform has preserved the bone crest’s architecture.
The preservation of marginal bone structures provided by the Morse Taper and Switch Platform maintained a good soft tissues cervical level of the temporary crown.
13
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.
Drill sequence CM Pilot 4.3/5.0
Titamax Drill 4.3
Titamax Drill 3.8
CM Pilot 3.3/4.0
Pilot CM 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
Optional
3.5 mm 3.75 mm 4.0 mm 5.0 mm
Code 7.0 mm
8.0 mm
9.0 mm
11.0 mm
13.0 mm
15.0 mm
17.0 mm
CM Cover Screw 2 mm
Ø 3.5
109.613
109.614
109.615
109.616
109.617
109.618
109.619
Ø 3.75
109.606
109.607
109.608
109.609
109.610
109.611
109.612
Ø 4.0
109.630
109.631
109.632
109.633
109.620
109.634
109.635
Ø 5.0
109.642
109.643
109.644
109.645
109.646
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
117.013
117.017
•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.
Healings
14
•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.
Drill sequence Titamax Drill 3.0
Titamax Drill 2.8
Pilot 2/3
Titamax Drill 2.0
Initial Drill
Optional
3.5 mm 3.75 mm 4.0 mm
Code 9.0 mm
11.0 mm
13.0 mm
Ø 3.5
109.661
109.662
109.663
109.664
109.665
Ø 3.75
109.666
109.667
109.668
109.669
109.670
Ø 4.0
109.636
109.637
109.638
109.639
109.640
CM Cover Screw
15.0 mm 17.0 mm
2 mm
117.013
117.017
•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.
Healings •Use Digital Driver 1.2mm (104.007) for installation; 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
•Do not exceed torque of 10 N.cm.
15
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.
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
3.5 mm 4.3 mm 5.0 mm
Code 8.0 mm
10.0 mm
11.5 mm
13.0 mm
CM Cover Screw
16.0 mm
Ø 3.5
109.657
109.658
109.659
109.621
109.660
Ø 4.3
109.647
109.648
109.649
109.622
109.651
Ø 5.0
109.652
109.653
109.654
109.655
109.656
2 mm
117.013
117.017
•Use Digital Driver 1.2mm (104.007) for installation; •Do not exceed torque of 10 N.cm.
Healings
16
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
Initial Drill
Titamax Drill 2.0
Drill Sequence
4.0 mm 5.0 mm 6.0 mm Obligatory for Cortical Implant and Optional for CM Medullar Implant
Code Cortical
5.0 mm
6.0 mm
Ø 4.0
109.604
109.605
Ø 5.0
109.574
109.575
Ø 6.0
109.576
109.577
Medullar
5.0 mm
6.0 mm
Ø 5.0
109.578
109.579
Ø 6.0
109.580
109.581
WS Cover Screw 117.016
WS Healings 0.8 mm
1.5 mm
2.5 mm
3.5 mm
106.186
106.187
106.188
106.189
17
Demonstrative sequence of
CM Abutment and WS Abutment •Same prosthetic sequence as the GT Implant; •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.
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
115.152
115.163
115.164
0.8 mm 1.5 mm 2.5 mm 3.5 mm 115.180
115.181
115.182
GT Cylinder
GT Transfer Open Tra y
108.039
Closed Tra y
Castabl e
118.180
108.040
Titanium
118.179
CoCr
118.242
GT Analogue 101.037
GT Protective Cylinder 106.102
18
115.183
GT Cylinder Screw Titanium
Neotorque
116.038
116.228
Demonstrative sequence of
CM Mini Abutment and WS CM Angled Mini Abutment •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.
CM Angled Mini Conical Abutment
CM Mini Conical Abutment
1.5 mm 2.5 mm 3.5 mm
0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm 115.154
115.149
115.150
115.151
115.153
115.160
170
115.166
115.167
115.168
300
115.169
115.170
115.171
WS Mini Conical Abutment
Cylinder Mini Conical Abutment
0.8 mm 1.5 mm 2.5 mm 3.5 mm 115.176
115.177
115.178
Castabl e
Titanium
Nobl e
CoCr
CoCr for welding
118.112
118.113
118.206
118.209
118.210
115.179
Ø 4.1
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
Cylinder Screw
Ø 4.1
101.020
Neotorque
116.037
116.227
Protective Cylinder of Mini Conical Abutment
Analogue of Mini Conical Abutment Ø 4.1
Titanium
Ø 4.1
106.054
19
Demonstrative sequence of
CM Micro Abutment 3.5
•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 mucosa level; •Prosthetic fitting diameter of 3.3mm ; •The cylinders come with Neotorque screw, except the castables, that comes with Titanium screw.
Protective Cylinder of CM Micro Abutment
CM Micro Abutment 1.5 mm 2.5 mm 3.5 mm 115.200
115.201
Transfer of CM Micro Abutment
Cylinder of CM Micro Abutment
Rotational
Titanium
108.070
118.246
Analogue of CM Micro Abutment 101.057
20
106.199
115.202
CoCr
118.245
Castabl e
118.247
Cylinder Screw Titanium
Neotorque
116.037
116.227
Demonstrative sequence of
CM and Exact Anatomic Post
•Available in Titanium; •Cemented unitary prosthesis; •Possible customization; •Indicated for aesthetic area; •Height of anatomic prosthetic components available on page 55.
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
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
CM Implant Transfer
Conventional
Open Tra y
Closed Tra y
108.069
108.041
Short
108.065
Exact
108.076
114.420
114.421
CM Implant Analogue 101.058
21
Demonstrative sequence of
CM Universal Post
•Available in Titanium; •Cemented single prosthesis; •Straight component with single body.
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
108.043 108.045
Ø 3.3 Ø 4.5 Ø 3.3 Ø 4.5
Ø 3.3 Ø 4.5 22
4 mm 6 mm
Ø 4.5
108.060
Ø 3.3
108.062
Ø 4.5
108.061
Ø 3.3
108.063
Ø 4.5
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
Universal Post Analogue
Universal Post Set Ø 3.3
4 mm
108.044
6 mm
Ø 4.5
Aluminum Castable
108.042
4 mm
Ø 3.3
Universal Post Cylinder
6 mm
Ø 4.5
6 mm
Ø 3.3
4 mm
Universal Post Transfer
101.038 101.040 101.039 101.041
Demonstrative sequence of
CM Universal Post Through Screw Exact CM Universal Post WS Universal Post •Available in Titanium; •Cemented single prosthesis; •Indicated for laboratorial customization.
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
CM Universal Post Through Screw
Ø 4.5
114.150
114.151
114.152
114.153
114.115
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
CM Implant Transfer
Conventional
Open Tra y
Closed Tra y
108.069
108.041
Short
108.065
Exact
108.076
WS
108.064
Ø 4.5
4 mm
4 mm
114.149
0.8 mm 1.5 mm 2.5 mm 3.5 mm 114.183
114.184
114.185
114.186
6 mm
Ø 3.3
6 mm
Ø 4.5
114.148
114.376
WS Universal Post
0.8 mm 1.5 mm 2.5 mm 3.5 mm 4.5 mm 5.5 mm Ø 3.3
114.373
114.187
114.188
114.189
114.190
Analogue CM
WS
101.058
101.055
23
Demonstrative sequence of
Universal Post Angled CM and Exact •Available in Titanium; •Cemented single prosthesis.
Exact CM Angled Universal Post
CM Angled Universal Post 1.5 mm 2.5 mm 3.5 mm
Ø 3.3 300
Ø 4.5 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
108.045
Ø 3.3 Ø 4.5
Ø 3.3 Ø 4.5
24
4 mm 6 mm
Ø 4.5
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
108.060
Ø 3.3
108.062
Ø 4.5
108.061
Ø 3.3
108.063
Ø 4.5
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
Universal Post Analogue
Universal Post Set Ø 3.3
4 mm
Ø 4.5
6 mm
Ø 4.5
108.043
Ø 3.3
4 mm
Ø 3.3
114.095 114.096 114.097
Aluminum Castable
108.042 108.044
114.089 114.090 114.091
Universal Post Cylinder
6 mm
Ø 4.5
6 mm
Ø 3.3
4 mm
Universal Post Transfer
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
170
6 mm
Ø 3.3
4 mm
1.5 mm 2.5 mm 3.5 mm
101.038 101.040 101.039 101.041
Demonstrative sequence of
CM Mini Ball Attachment •Available in Titanium; •Application of Nitride Titanium coating for increased the 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.
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
Positioners recto, 70 e 140
102.076
O’ring with Cylinder 102.073
Mini O’ring 102.075
102.078
102.097
Protection Disk 102.077
O’ring Remover 104.044
O’ring Mount 104.043
25
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.
26
Tweezers that ensures increased safety in the implant transport.
Externa l Hex
COMPONENTS INDICATION TABLE
Hex 2.37 mm
1 mm
Ø3
.3
mm
He x2
Internal Thread Ø 1.8
EXTERNAL HEX
Internal Thread Ø 2.0
.1 m
m
Ø 4.1
Ø
4.3
mm He x3
.3
1 mm
Ø
5.0
mm
mm
Internal Thread Ø 2.0
1 mm
Internal Thread Ø 2.5
m
•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
•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
3.75 and 4.0 mm
He x2
.7 m
Overdenture
3.3 and 3.5 mm
m
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
•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
27
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.
Drill Sequence 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
Initial Drill
Titamax Drill 2.0
Optional
3.75 mm 4.0 mm 4.5 mm 5.0 mm
Code
Cover Screw 7.0 mm
Ø 3.75
Platform (4.1)
Ø 4.0 Ø 4.5
Platform (5.0)
Ø 5.0
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
109.294
Divergent Healings
28
4.1 mm
5.0 mm
117.018
117.003
•Use Digital Driver 0.9mm (104.039) to the
Platform (4.1)
Platform (5.0)
9.0 mm
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.
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
Initial Drill
Titamax Drill 2.0
Drill Sequence
3.75 mm 4.0 mm Optional
Code
Ø 3.75
Platform (4.1)
Ø 4.0
Platform (4.1)
Cover Screw 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
117.018
•Use Digital Driver 0.9mm (104.039) to the installation of Cover Screw platform 4.1; •Do not exceed torque of 10 N.cm.
Slim Fit Healings
Divergent Healings
Ø 4.1
4.1 mm
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
29
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
Code
Cover Screw 10.0 mm
Ø 4.3
109.321
13.0 mm 109.322
16.0 mm
4.3 mm
5.0 mm
117.006
117.003
109.323
•Use Digital Driver 0.9mm (104.039) to the installation of Cover Screw
Ø 5.0
109.324
109.325
platform 4.3 and Digital Driver 1.2mm (104.007) to the installation of Cover
109.326
Screw platform 5.0; •Do not exceed torque of 10 N.cm.
Divergent Healings
30
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
Slim Fit Healings
2.0 mm
3.0 mm
4.0 mm
106.132
106.133
106.134
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
Code Cover Screw 9.0 mm
11.0 mm 13.0 mm
15.0 mm
17.0 mm 3.3 mm
Ø 3.3
109.140
109.141
109.142
109.143
117.001
109.144
•Use Digital Driver 0.9mm (104.039) to the installation of Cover Screw platform 4.3; •Do not exceed torque of 10 N.cm.
Parallel Healings
Divergent Healings
Ø 3.3
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
31
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
Code Cover Screw 10.0 mm 13.0 mm 16.0 mm
Ø 3.5
Platform (3.3)
3.3 mm 109.217
109.218
109.219
117.001
•Use Digital Driver 0.9mm (104.039) for the installation of Cover Screw platform 3.3; •Do not exceed torque of 10 N.cm.
Parallel Healings
Divergent Healings
Ø 3.3
32
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
Finite Element Analysis of External Hex Implants
Application of Torque (70 N.cm) Implants with mount
Application of Torque (70 N.cm) Internal Torque Implants
An accumulation of stress may be observed at the edges of the external hex of the implant with mount, which does not occur in the internal torque implant, as the torque takes place in regions which do not compromise the Abutment/Implant adaptation. * images extracted from the doctoral thesis of ThomĂŠ, G. SĂŁo Leopoldo Mandic, Campinas, 2007
Comparative Microscopy
EH Implant with mount following application
EH Implant with internal torque following application
of a 70 N.cm torque
of a 70 N.cm torque
33
Demonstrative sequence of
Conical Abutment External Hex •Available in Titanium; •Minimum interocclusal space of 6.1mm on platform 4.1, and 6.7mm on platform 5.0mm, from the mucosa level; •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.
Protective Cylinder of Conical Abutment
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
Ø 4.1
106.051
Ø 5.0
106.052
Conical Abutment Transfer Open Tra y
Closed Tra y
Ø 4.1
108.035
108.075
Ø 5.0
108.025
108.104
Conical Abutment Cylinder Castabl e
Titanium
Ø 4.1
118.106
118.107
118.233
Ø 5.0
118.110
118.111
118.253
Conical Abutment Analogue Ø 4.1 Ø 5.0
34
Cylinder Screw of Conical Abutment Titanium
101.027 101.030
CoCr
Neotorque
Ø 4.1
116.004
116.231
Ø 5.0
116.005
116.232
Demonstrative sequence of
Mini Conical Abutment Angled Mini Conical Abutment External Hex •Available in Titanium; •Minimum interocclusal space of 4.4mm on platform 4.1, and 4.8mm on platform 5.0mm, from the mucosa level; •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.
Angled Mini Conical Abutment
Slim Fit
Slim Fit
Mini Conical Abutment 1 mm
2 mm
3 mm
Ø 3.3
115.134
115.135
115.136
4 mm
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
300
Closed Tra y
Ø 4.1
108.022
108.021
Ø 5.0
108.024
108.023
Tornillo Short
116.036
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
Mini Conical Abutment Cylinder
Mini Conical Abutment Transfer Open Tra y
Ø 5.0
Castabl e
Titanium
Nobl e
CoCr
Ø 4.1
118.112
118.113
118.206
118.209
Ø 5.0
118.114
118.115
Multifunctional
108.068
Mini Conical Abutment Analogue Ø 4.1
101.020
Ø 5.0
101.022
CoCr for welding
118.210
118.240
Cylinder Screw of Mini Conical Abutment Titanium
Neotorque
Ø 4.1
116.037
116.227
Ø 5.0
116.038
116.228
Protective Cylinder of Mini Conical Abutment Ø 4.1
106.054
Ø 5.0
106.055
35
Demonstrative sequence of
SF Universal Post External Hex
•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.
4 mm
SF Universal Post
Hex Screw
1 mm
2 mm
3 mm
114.428
114.429
114.430
114.431
114.432
116.002
108.044
Ø 4.5
4 mm
Universal Post Analogue 101.040
6 mm
4 mm
116.180
114.433
Universal Post Transfer
101.041
6 mm
Ø 4.5 108.045
108.063
Ø 4.5
4 mm
108.062
Ø 4.5 6 mm
Universal Post Cylinder
6 mm
4 mm
Universal Post Set
36
Titanium
Ø 4.3
Ø 4.5 6 mm
Ø 4.1
Neotorque
Aluminum
Castabl e
Provisional
118.188
118.183
118.194
118.189
118.184
118.195
Demonstrative sequence of
Customizable Post Angled Post External Hex • 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.
Angled Post 2 mm
170
300
3 mm
Customizable Post
4 mm
Ø 3.3
114.025 114.026
114.027
Ø 4.1 para Ø 5.0
114.029
Ø 4.1
114.016
114.017
114.018
Ø 4.1
Ø 6.0
114.030
Ø 4.3
114.049 114.050
114.051
Ø 5.0
Ø 5.0
114.071
114.072
114.073
114.009
114.010
Ø 4.1
para
para
Ø 6.0
114.035
Implant Analogue
Ø 3.3
101.001
Ø 4.1
101.004
101.003
Ø 4.3
101.028
101.024
Ø 5.0
101.006
101.005
Hex Screw
Ø 3.3 Ø 4.1
Neotorque
Titanium
116.188
116.001
116.180
116.002
Ø 4.3 Ø 5.0
116.189
116.003
Implant Transfer
Anti-rotational
Brass
101.002
Rotational
Titanium
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
37
Demonstrative sequence of
UCLA External Hex
•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.
Hex Screw
Rotational
Anti-rotational
UCLA Cobalto-Cromo (Cocr)
Castabl e
Titanium
118.212
118.001
118.008
118.004
118.009
118.101
118.097 118.040
Ø 3.3 Ø 4.1
Ø 3.3 118.204
118.235
Ø 4.3 Ø 5.0
118.237
118.006
Ø 3.3
118.211
118.002
Ø 4.1
118.030
118.119
118.152
Ø 4.1
118.236
Anti-rotational
Closed Tra y
Rotational
116.188
116.001
116.180
116.002
116.189
116.003
Ø 4.3 Ø 5.0
118.205
118.007
Implant Analogue
Implant Transfer
38
Titanium
118.234
Ø 4.3 Ø 5.0
118.005
Neotorque
Nobl e
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
Titanium
Brass
108.006
Ø 3.3
101.002
101.001
108.067 (SF)
Ø 4.1
101.004
101.003
108.034
Ø 4.3
101.028
101.024
108.011
Ø 5.0
101.006
101.005
Demonstrative sequence of
Mini Ball Attachment External Hex
•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.
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
Positioners recto, 70 e 140
102.076
O’ring with Cylinder 102.073
Mini O’ring 102.075
102.078
102.062
Protection Disk 102.077
O’ring Remover 104.044
O’ring Mount 104.043
39
Deep internal interface which provides more stability and resistance between screw and component.
TABLA DE INDICACIÓN DE COMPONENTES INTERNAL HEX
2.6
Pla
tfo rm
di
am
40
et er
m
m
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
Interna 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.
41
Product Characteristics: 5.0
•Cylindrical implant with Internal Hex interface; 3.8
•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.
Prosthetic components with reduced platform in relation to the implant (Switching Platform).
Drill Sequence 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
Optional
3.75 mm 5.0 mm
CODE
Ø 3.75 Platform (4.3)
Ø 5.0
42
7.0 mm
9.0 mm
11.0 mm
109.462
109.463
109.464
13.0 mm 15.0 mm
Cover Screw 109.465
117.014
109.474
109.475
109.476
109.477
Healings
109.466 2.0 mm
3.0 mm
4.0 mm
106.176
106.177
106.178
Product Characteristics: 5.0
•Conical implant with Internal Hex interface; 3.8
•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.
Prosthetic components with reduced platform in relation to the implant (Switching Platform).
Drill sequence 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
Optional
4.3 mm 5.0 mm
CODE 10.0 mm 13.0 mm 16.0 mm
Cover Screw
Ø 4.3
109.478
109.479
Ø 5.0
109.481
109.482
Healings
109.480 117.014 109.483
2.0 mm
3.0 mm
4.0 mm
106.176
106.177
106.178
43
CLINICAL CASE STUDY
1 - Occlusal view of the edentulous area.
2 - Vestibular view of the case.
3 - Implant mount driver with installation pliers.
9 - Image of the implant platform after removing the healing abutment
10 - Universal trunnion II plus. These intermediate pieces are available at brace height options of 1, 2 and 3 mm, and are likewise available at different heights as regards the cementable part: 4 or 6 mm. This picture shows universal trunnion II Plus of 3 x 6 mm
11 - Detail of the interface area of universal trunnion [munhão] II Plus, which will come into contact with the implant.
4 - Image of the selected implant for rehabilitation of the clinical case.
5 - Capture with the handpiece mount driver, observe that the implant is not provided with a mount driver from the factory. Image of the selected implant for rehabilitation of the clinical case.
6 - EImplant primary stability diagnosed through the screw test.
7 - Immediate postoperative view of the case, occlusal view.
8 - View one week after the surgery, visit for suture removal.
44
12 - Examples of universal trunnion analogs and molding components. The yellow color indicates the use of a universal trunnion of cementable height of 4 mm, whereas the blue color is indicated for a trunnion of height 6.
13 - Occlusal and vestibular view of the final ceramic prosthesis.
THOMÉ, G; BERNARDES, S.R; SARTORI, I.M; PLATFORM SWITCHING Concept for INTERNAL HEXAGON IMPLANTS A clinical case report JORNAL DO ILAPEO, número 3, 2009.
Demonstrative sequence of
Conical Abutment II Plus Angled Conical Abutment II Plus INTERNAL HEX
•Available in Titanium; •Minimum interocclusal space of 6.1mm from the 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 the castables, that comes with Titanium screw.
Angled Conical Abutment II Plus 170
Conical Abutment II Plus 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
108.075
108.020
ø 4.1
108.018
Conical Abutment Analogue ø 4.1
101.027
Titanium
CoCr
118.106
118.107
118.233
118.104
118.105
118.232
Castable
Anti-rotational
108.035
Conical Abutment Cylinder II Plus
Rotational
Closed Tra y
Anti-rotational
ø 4.1
Open Tra y
Rotational
Conical Abutment Transfer
Cylinder Screw of Conical Abutment Titanium
Neotorque
116.004
116.231
Protective Cylinder of Conical Abutment ø 4.1
106.051
45
Demonstrative sequence of
Mini Conical Abutment II Plus INTERNAL HEX
•Minimum interocclusal space of 4.4mm from the 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); •The cylinders come with Neotorque screw, except the castables, that comes with Titanium screw.
Mini Conical Abutment II Plus
Protective Cylinder of Mini Conical Abutment
1 mm
2 mm
3 mm
4 mm
115.155
115.156
115.157
115.158
Ø 4.1
Mini Conical Abutment Transfer
106.054
Mini Conical Abutment Cylinder
Closed Tra y
Cubeta Abierta
Multifunctional
Ø 4.1
108.022
108.021
108.068
Tornillo Short
116.036
Castable
Ø 4.1
118.112
46
118.113
Nobl e
CoCr
118.206
118.209
Cylinder Screw of Mini Conical Abutment
Mini Conical Abutment Analogue Ø 4.1
Titanium
Titanium
Neotorque
116.037
116.227
101.020
Ø 4.1
CoCr for welding
118.210
Demonstrative sequence of
Universal Post II Plus INTERNAL HEX
•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 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.
Hex Screw II Plus 2 mm
3 mm
4 mm
Ø4.5
1 mm 114.123
114.124
114.125
6 mm
Universal Post
114.126
114.127
114.128
Neotorque
Titanium
116.226
116.224
108.044
Ø 4.5
4 mm
Universal Post Analogue
101.040
6 mm
4 mm
Universal Post Transfer
101.041
6 mm
Ø 4.5 108.045
108.062
Ø 4.5 6 mm
Ø 4.5 108.063
4 mm
Universal Post Cylinder
6 mm
4 mm
Universal Post Set
Aluminum
Castable
Provisional
118.188
118.183
118.194
118.189
118.184
118.195
47
Demonstrative sequence of
Angled Post II Plus INTERNAL HEX
•Available in Titanium; •Cemented prosthesis; •With 6 fitting positions; •Titanium screw included.
Angled Post II Plus
170
2 mm
3 mm
4 mm
114.171
114.172
114.173
114.174
114.175
300
Implant Transfer Open Tra y
108.046
108.047
Anti-rotational
Closed Tra y
Analogue II Plus
48
Ø 4.3
101.032
Ø 5.0
101.034
Demonstrative sequence of
UCLA II Plus INTERNAL HEX
•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.
UCLA II Plus
Rotational
Anti-rotational
Titanium
Hex Screw II Plus Neotorque
Cobalto-Cromo (Cocr)
116.226
118.185
Titanium
116.224
118.214
118.213
Implant Analogue II Plus
Implant Transfer Closed Tra y
Open Tra y
108.046
108.047
Ø 4.3
101.032
49
Demonstrative sequence of
Mini Ball Attachment II Plus •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.
Mini Ball Attachment II Plus 2 mm
3 mm
102.090 102.091
4 mm
102.076
O’ring with Cylinder 102.073
Mini O’ring 102.075
50
102.078
102.092
Positioners recto, 70 y 140
Castable Ball Attachment
Protection Disk 102.077
O’ring Remover 104.044
O’ring Mount 104.043
m
0.7 m
m
4.1
.0 m Ø3
mm 2.7 Hex
Ø
m
m
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.
Code 30.0 mm 109.522
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 109.523
109.450
117.016
•Use Digital Driver 1.2mm (104.007) to the
•Do not exceed torque of 10 N.cm.
109.525
109.526
109.527
Ø 4.4mm
109.528
35.0 mm 40.0 mm 45.0 mm 47.5 mm 50.0 mm 52.5 mm
Zygomatic CM Cover Screw
installation of Cover Screw;
109.524
109.451
109.452
109.461
109.453
109.454
External Hex Cover Screw
Nominal length
Morse Taper
Ø 3.9mm
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.
51
Clinical Case Study
External Hex Zygomatic Implant
Occlusal view of case
Initial panoramic
View of the patient’s occlusion
Radiographic monitoring of 04 years
Aspect of case 09 months after implants installation
Clinical Case Study
Morse Taper Zygomatic Implant
Tomographic images showing the initial situation of the case
Final prosthesis over double zygomatic
Initial intraoral aspect
Radiographic aspect of the case 02 years after the implants installation
SARTORI, IAM; PADOVAN, LEM; HERMANN, C; BERNARDES, SR; CORÓ, V; THOMÉ, G. Os avanços da Implantodontia abrindo as perspectivas de tratamento. JORNAL DO ILAPEO, número 2, 2007
52
Demonstrative sequence of
Transepithelial Abutment •Available in Titanium; •Minimum interocclusal space of 4.5mm; •Screw-retained and multiple prosthesis; •Exclusive for Zygomatic Implants; •CM model compatible with WS Titamax Implant.
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
Transfer Transepithelial Abutment 108.026
Cylinder Transepithelial Abutment Castabl e
118.034
Analogue Transepithelial Abutment 101.018
CoCr
118.254
Cylinder Screw Titanium
Neotorque
116.004
116.231
Protective Cylinder Transepithelial Abutment 106.056
53
COMPACT SURGICAL KIT
The Compact Surgical Kit is a solution that Neodent offers to the installation of implants more used in clinical day to day. Available in two versions, with metal or Zirconia drills (high performance and durability advanced). The new kit also presents another important advantage: the Torque Ratchet Driver, which can be used both for surgery as for prosthesis.
Version of Zirconia Drills Code
54
Description
Version of Metal Drills Code
Description
103.170
INITIAL DRILL PLUS
103.170
INITIAL DRILL PLUS
103.162
TWIST DRILL 2.0 PLUS
103.162
TWIST DRILL 2.0 PLUS
103.269
PILOT DRILL 2/3 ZIRCONIA
103.213
PILOT DRILL 2/3 PLUS
103.244
TWIST DRILL 2.8 ZIRCONIA
103.163
TWIST DRILL 2.8 PLUS
103.245
TWIST DRILL 3.0 ZIRCONIA
103.164
TWIST DRILL 3.0 PLUS
103.253
ALVIM DRILL 3.5 ZIRCONIA
103.172
ALVIM DRILL 3.5 PLUS
103.254
ALVIM DRILL 4.3 ZIRCONIA
103.173
ALVIM DRILL 4.3 PLUS
103.292
COUNTERSINK DRILL 4.1 SF ZIRCONIA
103.239
COUNTERSINK DRILL 4.1 SF PLUS
103.267
COUNTERSINK DRILL 4.3 ZIRCONIA
103.211
COUNTERSINK DRILL 4.3 PLUS
103.272
CM PILOT DRILL 2.8/3.5 ZIRCONIA
103.216
CM PILOT DRILL 2.8/3.5 PLUS
103.273
CM PILOT DRILL 3/3.75 ZIRCONIA
103.217
CM PILOT DRILL 3/3.75 PLUS
103.275
CM PILOT DRILL 3.6/4.3 ZIRCONIA
103.219
CM PILOT DRILL 3.6/4.3 PLUS
103.091
DRILL EXTENSION
103.091
DRILL EXTENSION
105.047
Ti CONNECTION FOR CONTRA-ANGLE 4.1 AND 4.3
105.047
Ti CONNECTION FOR CONTRA-ANGLE 4.1 AND 4.3
105.045
SHORT Ti CONNECTION FOR RATCHET 4.1 AND 4.3
105.045
SHORT Ti CONNECTION FOR RATCHET 4.1 AND 4.3
105.046
LONG Ti CONNECTION FOR RATCHET 4.1 AND 4.3
105.046
LONG Ti CONNECTION FOR RATCHET 4.1 AND 4.3
105.073
SHORT CM CONNECTION FOR RATCHET
105.073
SHORT CM CONNECTION FOR RATCHET
105.074
LONG CM CONNECTION FOR RATCHET
105.074
LONG CM CONNECTION FOR RATCHET
105.075
CM CONNECTION FOR CONTRA-ANGLE
105.075
CM CONNECTION FOR CONTRA-ANGLE
104.039
SHORT DIGITAL DRIVER 0.9
104.039
SHORT DIGITAL DRIVER 0.9
104.007
SHORT DIGITAL DRIVER 1.2
104.007
SHORT DIGITAL DRIVER 1.2
104.050
TORQUE RATCHET DRIVER
104.050
TORQUE RATCHET DRIVER
128.019
PARALLEL INDICATOR 2.8/3.5
128.019
PARALLEL INDICATOR 2.8/3.5
128.020
PARALLEL INDICATOR 3/3.75
128.020
PARALLEL INDICATOR 3/3.75
128.022
PARALLEL INDICATOR 4.3/5.0
128.022
PARALLEL INDICATOR 4.3/5.0
110.254
COMPACT SURGICAL KIT CASE
110.254
COMPACT SURGICAL KIT CASE
Surgical Instruments
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
Surgical Mallet 126.001
•Available in Surgical Stainless Steel; •Active tip in polymer; •Used in Concave and Spreading Osteotomes; •Weight: 130g.
55
Long Sinus Curette
126.008 126.009
1
3
126.010
126.011
126.012
4
5
7
• Available in Surgical Stainless Steel; • Used for detachment of sinusal membrane.
Metal Bone Scraper 127.018
127.016
127.017
127.019
Negativo
Recto
Positivo
Lámina
•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
56
* illustra
tive im
a 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
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
57
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
58
Standart Head
Ø 1.5 mm
Ø 3.70mm
Ø 2.5 mm
Ø 2.0 mm
Ø 3.85 mm
Ø 3.0 mm
Ø 1.3mm
Low
5 mm
7 mm
9 mm
11 mm
109.484
109.485
109.486
Ø 1.3mm
Medium
109.487
109.488
109.489
Ø 1.6mm
Low
109.701
109.493
109.494
109.495
Ø 1.6mm
Medium
109.702
109.496
109.497
109.498
•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).