Ray Set
WP
RTT base
wide platform implant
Thanks to the fiducial marker at 0° degrees inserted in the Rx template, the software program for the data elaboration concurs at the threedimensional definition of the implants position in connection with the anatomical paraxial and panoramic planes, prosthetically involved.
Replacing multirooted teeth, two regular implants platform results in a geometric risk score.
The faithful reproduction of the single implant position on the master model, by means of the implant analog insertion and the treatment simulation, offers the opportunity to provide a surgical template prosthetically coordinate and then the prosthetic device ready to the immediate load.
The up-to-dated morphology of the Wide Plat-form implants, by a progressive thread design, sets up the most recent biological and prosthetic innovations. The advanced thread design on the cervical implant portion, through the blood clot retention, concurs to the healing process for a predictable bone level maintenance, considering the biological deficit of the crestal cortical bone.
The Ray Set® DELTA apparatus is a special parallelometer able to define the axes relative to the implants positions, their inclinations on the relative MD LL bidimensional plans and the vertical heights parameters.
Several studies have demonstrate that the attachment of osteoblasts is dependent on the surface roughness. Is well-known today that sandblasted and acid- etched modified surfaces can reduce the healing time, shortening the unloaded period.
The RTT base is characterized by three movement planes at right angles (orthogonal) to each other and allows the spatial location of the implant analogs that will be inserted into the patient model, according to the informatic surgical plan.
A special polishing treatment of the implant neck surface allows the implant fitting one millimeter above the bone crest in order to have a transmucous fitting, if required, as the gold colored trans gingival collar assures the improved aesthetic appearance.
The Ray Set® RTT BASE manages two angular coordinates finalized to implant positioning on its own labio-lingual and mesio-distal planes. The Delta device with the vertical measurement gauge provide three metric coordinates to control all bodily adjustment required to put the implant in a correct relation with the bone crestal ridge. The implant 3d software provides a printed template finalized to verify the surgical project development in the patient model. It verifies the correct application of all prescriptions supplied by the software.
Ray Set chirurgia Guidata Brochure.indd 1
Ray Set
In these cases, alternative wide platform implants provide increased mechanical strength and greater load support than two regular implant platform.
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The Ray Set® PROCEDURE is an extraoral protocol based on five geometrical coordinates finalized to transfer, directly on the patient model, all implants threedimensional positions virtually defined by the dedicated Implant3D software.
The original vectorial mechanics of abutments connection concurs to control any bacterial contamination and prosthetic screws stability.
EXACTA WP0 EXACTA WP1 EXACTA WP2 EXACTA WP3
Ø 3,30mm Ø 4,00mm Ø 4,35mm Ø 4,70mm
• • • •
L. 9mm 11mm 13mm 15mm L. 7mm 9mm 11mm 13mm 15mm L. 7mm 9mm 11mm 13mm 15mm L. 7mm 9mm 11mm 13mm 15mm
Excacta surgical guide kit
Ray Set apparatus
Biaggini Medical Devices srl Via Aurelia Nord 340 A/B • 19021 ARCOLA (SP) • Italy Tel. (+39) 0187-50.95.75 • Fax (+39) 0187-59.90.76 biaggini@biaggini.it • www.biaggini.it
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SOFTWARE
Verification and Certification procedure The informatic printed support provides a verification template in order to verify the surgical project development.
IMPLANT 3D
It verifies the correct application of the software prescriptions. The verification printed template reproduces an horizontal scanning plan elaborated by the software, contextually to the definition of all the Ray Set® parameters.
IMPLANT 3D OVERVIEW Implant3D is a software package that allows you to perform a 3D implant simulation directly on your PC.
Rx template
Anchorage pins virtual positioning
This plan indicates the intersection points of the virtual implants occlusal axes extension concurring to compare, on a printed card, the coincidence with the same axes extension of the implant analogs.
Surgical stent with anchorage pins
You can simulate the implant position on 2D & 3D models, identify the mandibular canal, draw bone model panoramics and sections, show the 3D bone model and calculate the bone density. By means of Implant3D you can plan the prothesis implant operation more safely, efficiently and quickly.
Once the implant analogs are inserted into the model and the control pins, reproducing scan plan height, are mounted on each of them, the precision of the procedures can be controlled and stated simply turning upside down the model on the printed template marks and controlling a perfect correspondence relation. (At least two implants are necessary)
Supported Formats Implant3D reads CAT scans from CD-ROM in more than 60 formats, including Dicom 3.0 medical format. Measures & Information Implant3D helps you to plan the prothesis implant operation by identifying both the implants and mandibular canal positions. You can perform accurate measurements and calculate the bone density. This is a great aid to perform the operation more effectively and quickly.
Ray Set Rx axial plane
Anchorage pins control view
Surgical project card with Ray Set parameters
The operative sequence: 1 • The diagnostic Rx Stent construction for the anatomical bone structure evaluation and the prosthodontics treatment planning. 2 • The virtual simulation of the surgical treatment related to the prosthodontics plain. 3 • The surgical plan reproduction on the cast, by fitting the implant replicas inside. 4 • The surgical stent construction. 5 • The provisional prostheses construction, ready for immediate implant loading
2D & 3D Implant3D generates the panoramic, the sections and the 3D bone model through reading the axial images. This enables you to know both the patient anatomic model under all respects and the exact implant position as to the mandibular canal and the bone structure before the dental operation. A Useful Communication & Motivation Tool You can use the images produced by Implant3D to communicate with the patient in compliance with the rules about the informed consent. Through the image exporting functions you can save your most interesting cases on a CD-ROM. Thanks to the user-friendly interface, learning is a quick matter
A feasibility study is the first procedure step by selecting the implant sizes and positions and then adequate prosthetic implant solutions. The Ray Set Implant3D Software, thanks to diagnostic stent references, planned at zero degrees by the resetted model holder base RTT, can provides the following spatial coordinates of the selected implant position:
Paraxial vector
The implant replicas insertion
Surgical stent
IMPLANT 3D Dental Implant Simulation
Media Lab Software
1 • The Implant angulation on the paraxial plain (labio-lingual plain) 2 • The implant angulation on the panoramic plain (mesio-distal plain) 3 • The implant bodily position on the labio-lingual plain 4 • The implant bodily position on the mesio-distal plain 5 • The eight position of the implant top, related to the bone ridge profile and the soft tissues thickness 6 • The surgical pins position for the surgical stent anchorage.
The Ray Set objectives: • • • • • • • •
Hardware Requirement for Implant3D: • Pentium III 600 Mhz minimum, IntelCentrino Duo or higher suggested. • RAM: 512 MB minimum, 2GB suggested. • 3D video acceleretor with driver OpenGL 1.2 or higher, NVidia Graphic Card class 7000 or 8000 suggested. • OS Windows® 98 OSR2 with IE 5.01 or higher, Windows® NT4.0, Windows® ME, Windows® 2000, Windows® XP Pro, Windows® Vista®
Rx paraxial plane
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The fundamental goal of the Ray Set procedure is to have the prosthetic device ready to load, at the same implant placement time
Mounting pivot and surgical tubes
The construction of a rx template, based on three-dimensional geometrical concepts A virtual surgical project on five space coordinates The development and simulation of the informatic project on the model cast The construction of surgical stent coordinated with the prosthetic plan The preconstruction of a prosthetic device ready to load The aesthetic and functional requirements in a single session The development of the surgical project on the model The certification for the med-legal requirements
Surgical stent and EXACTA WP implant
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