Catalogue dental implant system ROOTT

Transcription

1 Catalogue dental implant system ROOTT

2 Published by TRATE. We reserve the right to make amendments without notice. All rights reserved. No information published in this catalogue may be used the written agreement of TRATE, Switzerland. Questions, comments, and requests can be sent by to support:roott.ch. Website address: This catalogue, "ROOTT 2012", is valide from 1 January 2012 untill the publication of the next catalogue. Note: For the purpose of legibility, TRATE does not use or in the text. This does not affect TRATE's rights with regard to registered trademarks. Disclaimer: some products may not be available in all markets. Please contact your local TRATE representative to review the product range available. Images of devices in this catalogue may differ from the actual devices.

3 Catalogue dental implant system ROOTT Contents ROOTT dental implant system Support, service and sales Logic of implant selection Root form implants, suprastructures, instruments Compressive implants Basal implants Materials for patients

4 The ROOTT dental implant system is a developed set of several treatment methods compliant with the ECRS implantology principles of the Open Dental Community, providing safe and simple solutions to a wide range of daily and specialist clinical cases. Based on half a century of collective experience in cosmetic and functional dentistry, the ROOTT system is the first system using only currently used and tested treatment procedures. ROOTTCONCEPT brings together a series of treatment methods applied in clinical situations by the Open Dental Community on the basis of the ECRS implantology principles developed by the Open Dental Community. ROOTTCONCEPT Systematisation of implantology as per the Open Dental Community ECRS implantology principles Open Dental Community 2

5 The ROOTT system, using the ROOTTCONCEPT, has the advantage of dispensing with the overcomplicated treatment procedures recommended by implant manufacturers who are interested in promoting their products on the market. The principle of the approach is to create the ideal artificial tooth on a support which integrates organically with existing biological structures. Innovations and development The system is being developed and perfected by independent practitioners throughout the world, reflecting the collective views of the Open Dental Community. This approach to development avoids reliance on individual opinions and means that dentists can select the method most suited to the individual patient. High quality and safety standards ISO Medical devices Quality management ISO 9001 Quality management As a leader in ECRS implantology, we aim to maximise efficiency in the production and distribution of our products while maintaining high quality and safety standards. The fact that we have our own global distribution network allows us to guarantee high levels of service. The company operates a quality management system based on DIN EN ISO 9001:2008 and EN ISO 13485:2010. The company's products are certified in compliance with the provisions European Directive 93/42/EEC. 3

6 Support and sales TRATE provides comprehensive service and support via highly qualified representatives and offers wide range of training services and a website for specialists, including an online shop. Online shop Products from our entire range are available 24 hours a day from our online shop. An intuitive interface allows you to find the right product quickly. Orders are dispatched straight to your clinic or laboratory. i Support TRATE representatives are on hand to help you with any questions you may have about the ROOTT system. They can also assist you in using our online shop. You can contact our representatives directly or via the form on the website. Training We provide a full range of training services to help clinics and laboratories introduce the ROOTTCONCEPT. An online course is available for everybody, 24 hours a day. For more detailed information, please visit our website at roott.ch Professional internet resource The resource at has an intuitive and simple interface designed to cover everything required in daily practice. It also provides a forum for you to exchange information with colleagues. Guarantee Al products are guaranteed for ten years. We liaise closely with our clients and guarantee to replace failed implants, including the superstructures for reintegration. Patients literature We care about your relationship with your patients, so we provide free literature for patients. A complete literature aimed at patients can be found at the end of this catalogue and at the online shop. 4

7 Logic of implant selection ROOTFORM COMPRESSIVE BASAL Aesthetically important area Atrophied alveolar process Prominent alveolar process Complete edentulation Single restorations Bone tissue deficit Tooth socket Immediate loading 5

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9 ROOTFORM Rootform implants ROOTFORM 7

10 Improved platform precision internal hex single platform for all diameters reliable bonding with superstructures convenient set of superstructures ROOTFORM Double strength conical implant body shape cylindrical thread shape the space between the cylindrical and conical structures ensures reliable macrofixation maximises bone nourishment around the implant body, decreasing the risk of implant failure both at the early stages with immediate loading and in the longer term. Thread structure decompression groove the decompression groove not only reduces bone compression, but also increases the surface area of the intraosseous part of the implant Apical part sharp, deep thread compact structure apical self-tapping blades straight apical platform the special apical part at the lower third is introduced easily when screwing into the trabeculae of the compact layer of bone reliable macrofixation providing primary stability installation can be performed immediately after dense bone drilling 8

11 Cervical part quadruple-start microthread radial structure treated surface the microthread in the cervical part means that the implant couples gently with the compact hard part of the bone and protects it against breakage ROOTFORM the improved radial structure provides more effective dynamic load distribution Thread structure double thread thread pitch reduces in the apical direction three-component thread m-shaped apical part n-shaped middle part n-shaped pre-cervical part gradual thinning ridge with increase in pitch from the cervical part of the implant less traumatic insertion less insertion effort high primary stability bone condensation self-tapping All these factors contribute towards successful osseointegration and reliable functioning of orthopaedic constructions that have been integrated into soft and hard bone using ROOTTCONCEPT 9

12 Two-component root-form screw implant with active thread. Suitable for single and multiple restorations with delayed loading in the upper and lower jaws in all types of bone tissue. Flap fixing. Sometimes transgingival fixing immediately following tooth extraction is possible, with immediate loading and placement as long as sufficient bone tissue is available vertically and horizontally. ROOTFORM Excellent primary stability in all bone types Microthread in the cervical part Decompressive groove Active self-tapping thread Reliable implant-abutment bonding Aesthetically important area Logic of selection Atrophied alveolar process Complete edentulation Bone tissue deficit Immediate loading Prominent alveolar process Single restorations Tooth socket 10

13 8 mm Ø 3.8 mm Ø 4.2 mm Ø 4.8 mm Ø 5.5 mm R3808 R4208 R4808 R mm R3510 R3810 R4210 R4810 R mm R3512 R3812 R4212 R4812 R mm R3514 R3814 R4214 R4814 R mm R3516 R3816 R4216 R4816 R5516 ROOTFORM Ø 3.5 mm All ROOTFORM implants are supplied with an SC cover screw Form drilling Initial drilling Additional work for larger diameter implants Pilot drilling Check depth and direction Implant positioning Drill speed (rpm) Sequential drilling with cone drills of increasing diameter. If the bone density is insufficient, we recommend reducing the drill diameter by one step or positioning after pilot drilling. 11

14 Gingiva former ROOTFORM GF1 GF2 1 mm 2 mm GF3 GF4 3 mm 4 mm Anatomical Should be used in all cases except narrow spaces and straight abutments with ball attachments. Height is selected depending on gum biotype. Former shape corresponds to the gingival part of anatomical and transgingival abutments of the corresponding size. GFN1 GFN2 1 mm 2 mm Narrow Used where there is insufficient space to place an anatomical abutment and to form the gums when using straight abutments with ball attachment. GFI Preparation of individual gingival formers Used to create the required gingival contour in aesthetically important areas, generally along with surgical correction of the gum contour. Where necessary, it can be used as a temporary abutment. Made from biocompatible plastic. Supplied with S8 fixing screw. 12

15 Transfers Transfer, open tray Should be used in all cases. Supplied with ST transfer screw. Round marker with 1-mm step for determination of depth and selection of abutment of corresponding height. TO ST WARNING! Do not use if there is insufficient clinical height for placement in the distal parts of the upper and lower jaws or if implant axes diverge by more than 10. ROOTFORM Direct straight transfer Used when there is insufficient clinical height in the distal parts of the upper and lower jaws and when implant axes diverge by up to 20. Supplied with SL8 laboratory fixing screw. Round marker with 1-mm step for determination of depth and selection of abutment of corresponding height. The innovatory plastic cap fixation system provides an accurate cast TR TC comparable with open tray transfer. The semicircular cutout matches the anti-rotation slot and allows several transfer caps to be placed in a narrow space. Angled straight transfer Used when there is insufficient clinical height in the distal parts of the upper and lower jaws and when the implant axes diverge by more than 20. Supplied with SL8 laboratory fixing screw. Round marker with 1-mm step for determination of depth and selection of abutment of corresponding height. The innovatory plastic cap fixation system provides an accurate cast comparable TR17 TC with open tray transfer. The semicircular cutout matches the anti-rotation slot and allows several transfer caps to be placed in a narrow space. 13

16 Implant analogue Metal analogue Used for model preparation. The special shape prevents macro- and micro-mobility during milling, with a minimal internal diameter, without preventing preparation of split models. AN ROOTFORM Fixing screw SL8 Laboratory Used at the laboratory stages. Anodised green to avoid incorrect use during fixation of abutments in the oral cavity. Supplied with all abutment types. Clinical S8 Used for permanent fixation of abutments in the oral cavity with a force of 30 Ncm. The structure and material used prevent unwanted damage to the screw during use. Supplied with all abutment types in individual pack. 14

17 Abutments 1 mm 2 mm 3 mm 4 mm Anatomical Straight Angled, 15 Should be used for creating cemented constructions. The gingival part has been designed on the basis of detailed analysis of the cervical zone of the natural tooth. The anatomical shape of the abutment significantly reduces the time usually spent milling standard abutments. Supplied with an individually packed SL8 laboratory fixing screw and S8 clinical screw. WARNING! Do not use for creation of single cemented constructions in the masticatory area, in narrow spaces, or for placing implants at gum level or above. ROOTFORM Angled, 25 AT1 AT2 1 mm 2 mm AT3 AT4 3 mm 4 mm Transgingival Used for creating of single cemented constructions in the masticatory area and for preparing of temporary constructions for immediate ROOTFORM implant loading. Height adjustment only. The horizontal limiting marker prevents the abutment from being shortened by more than 4 mm, ensuring stable fixation. Provided with BP burnout cap to ensure precise alignment of the metal body and prevent cementing failure. Supplied with an individually packed SL8 laboratory fixing screw and S8 clinical screw. 15

18 Burnout cap BP Used for preparation of high-precision metal body for precise alignment and to prevent cementing failure, which is extremely important when creating single cemented constructions in the masticatory area. ROOTFORM A1N Narrow Used to create cemented constructions when there is insufficient space to place an anatomical abutment and when implants are placed at or above gum level. Supplied with an individually packed SL8 laboratory fixing screw and S8 clinical screw. With ball attachment Used to improve fixation and to stabilise dentures in the upper and lower jaws. A straight abutment with ball attachment is used when the axes of positioned implants diverge by up to 25 ; angled abutments are used for divergence of up to 60. All abutments with ball attachments are provided with a holder, a detachable plastic liner, and a protective disc. Angled abutments are supplied with an individually packed SL8 laboratory fixing screw and an S8 clinical screw. B1 B2 B3 B4 B5 1 mm 2 mm 3 mm 4 mm 5 mm B2A17 2 mm Angled 17 BCW BCP BCY HBC PD Standard retention Soft retention Extra-soft retention Holder Protective disc 16

19 Burnout with hex AB ABR Used for preparation of single constructions with transocclusal fixation in the masticatory areas and when there is insufficient clinical height for cement fixation (less than 4 mm). Can be used for preparation of individual abutments for subsequent cement fixation of aesthetic restorations. Supplied with an individually packed SL8 laboratory fixing screw and S8 clinical screw. WARNING! A burnout abutment with hex on a metal platform should be used for high precision. Burnout without hex Used for preparation of bridge constructions with transocclusal fixation in the masticatory areas, when there is insufficient clinical height for cement fixation (less than 4 mm), and when the angles of positioned implants diverge by up to 10. Supplied with an individually packed SL8 laboratory fixing screw and S8 clinical screw. ROOTFORM Burnout with hex on metal platform Used for preparation of highly aesthetic individual abutments from press-ceramics and zirconium dioxide, allowing extremely precise aesthetic recreation of the cervical part of the future construct. A state-of-the-art tool for skilled teams. The non-metallic part is fixed to a metal platform with glue. This construct transfers the loading of the fixing screw directly to the metal platform, which, in contrast to all-zirconium abutments, protects them from stress and subsequent failure. Supplied with an individually packed SL8 laboratory fixing screw and S8 clinical screw. ABM WARNING! Should be used with individual gingival former. 17

20 ROOTFORM Colour indicator - diameter 3.5 mm 3.8 mm 4.2 mm 4.8 mm 5.5 mm Laser-inscribed item ID the first two numbers show the diameter (mm*10) the second two numbers show the length (mm) Colour indicator - length 8 mm 10 mm 12 mm 14 mm 16 mm Pilot drill Form drill Ø 2 mm Ø 3.5 mm Ø 3.8 mm Ø 4.2 mm Ø 4.8 mm Ø 5.5mm 8 mm D2008 D3808 D4208 D4808 D mm D2010 D3510 D3810 D4210 D4810 D mm D2012 D3512 D3812 D4212 D4812 D mm D2014 D3514 D3814 D4214 D4814 D mm D2016 D3516 D3816 D4216 D4816 D5516 Drill extender ET Punch TP4 TP5 Ø 4.0 mm Ø 5.0 mm Ø 6.0 mm TP6 Initial drill D1508 Ø1.5 mm, L8 mm Guide pin P2 18

21 Extended version Insertion tool, manual IT ITL Insertion tool for angled handpiece ITH ITHL Hex ratchet screwdriver SD SDL Hex screwdriver for angled handpiece SDH SDHL Hex screwdriver, manual SDM SDML Instrument tray TRR Ratchet wrench RW Torque wrench (15-50 Ncm) TW50 Depth measuring gauge DPG ROOTFORM Standard length 19

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23 COMPRESSIVE Compressive implants COMPRESSIVE 21

24 Improved platform high-precision cone round indicator three recesses optimum size compact size with round indicator and high-precision cone provides more accurate and aesthetic constructions three recesses make implant placement safer, protecting the abutment from unwanted damage COMPRESSIVE Implant neck special design polished surface adaptable abutment allows implants to be placed at the optimum bone site without concern about the route used to place the orthopaedic constructions polished surface protects from accumulation of bacteria at the cervical part of the implant Apical part minimal dimensions allows the inferior maxillary nerve to be avoided, which provides greater opportunities in cases with atrophy 22

25 Intraosseous part special compression thread radial microthread space tapered apical part - small diameter middle part - medium diameter COMPRESSIVE pre-cervical part - large diameter when screwing into cancellous trabeculae, the special compression implant thread produces compression, creating a layer of cortical bone around the implant, with reliable macrofixation allows immediate implant loading with high primary stability this compact layer then transforms into cancellous bone, which is accompanied by osseointegration Cortical bone zone immediately after implant positioning Osseointegrated zone 180 days after implant positioning The combination of these factors provides successful osseointegration and reliable and early functioning of orthopaedic constructions, reducing the length of treatment to three days. 23

26 The COMPRESSIVE compression implant is a single-component implant with a compression thread. It is used for multiple restorations with immediate loading in the upper and lower jaws with soft and hard bone in cases of bone tissue deficiency. It can be used in combination with basal implants and allows flap and transgingival fixing. Abutment direction can be adjusted using a special instrument up to 15 relative to the implant axis. Can be used with caution to create single restorations in the frontal area in cases of bone width deficit. COMPRESSIVE Immediate loading Excellent primary stability in all types of bone Adjustable abutment slope angle Resistant to cervical fractures Special compressive thread Aesthetically important area Logic of selection Atrophied alveolar process Complete edentulation Bone tissue deficit Prominent alveolar process Single restorations Tooth socket Immediate loading 24

27 Ø 3.0 mm Ø 3.5 mm Ø 3.8 mm Ø 4.5 mm Ø 5.0 mm Ø 5.5 mm 8 mm C4008 C4508 C5008 C mm C3010 C3510 C4010 C4510 C5010 C mm C3012 C3512 C4012 C4512 C5012 C mm C3014 C3514 C4014 C4514 C5014 C5514 COMPRESSIVE 16 mm C3016 C

28 TRA Transfers Used to take closed transfers of single-component implants. The transfer construction provides reliable fixation of the transfer in the tray. The preferred material for taking transfers is polyester. Transfers can be taken using two-phase A-silicone using an instant method. Use of a special plastic material allows easy adaptation of geometry when there is restricted space ANA Implant analogue Used for model preparation. Use of plastic provides the model with elasticity corresponding to the micromobility of the implant. The special antirotation shape prevents macromobility while working with the analogue, maintaining minimal size but preventing interference with placing when implants are close together. COMPRESSIVE BOP Burnout cap Used to prepare high-precision metal body for precise alignment and to prevent cementing failure. The round indicator which matches to the indicator on the abutment shows the height adjustment of the abutment. The opening in the upper part of the burnout cap, combined with the colour contrast (red-yellow), gives an accurate impression of the fit on the analogue, preventing misalignment in clinical situations. Initial drilling Check depth and direction Form drilling Additional work for larger diameter implants Preparation of bone socket with compressive screw Implant positioning Drill speed (rpm) Sequential drilling with cone drills of increasing diameter. If the bone density is insufficient, we recommend reducing the drill diameter by one step or positioning after pilot drilling

29 Colour indicator - length 8 mm 10 mm 12 mm 14 mm 16 mm Laser-inscribed item ID the first two numbers show the diameter (mm*10) the second two numbers show the length (mm) Colour indicator - diameter 3.0 mm 3.5 mm 4.0 mm 5.0 mm 5.5 mm Ø 3.0 mm Ø 3.5 mm Form drills and compression screws Ø 4.0 mm Ø 5.0 mm Ø 5.5 mm 8 mm DC4008 CS4008 CS4508 DC5008 CS5008 DC5508 CS5508 COMPRESSIVE 10 mm DC3010 CS3010 DC3510 CS3510 DC4010 CS4010 CS4510 DC5010 CS5010 DC5510 CS mm DC3012 CS3012 DC3512 CSS3512 DC4012 CS4012 CS4512 DC5012 CS5012 DC5512 CS mm DC3014 CS3014 DC3514 CS3514 DC4014 CS4014 CS4514 DC5014 CS5014 DC5514 CS mm DC3016 CS3016 DC3516 CS

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31 BASAL Basal implants BASAL 29

32 Improved platform high-precision cone round indicator three recesses optimum size compact size with round indicator and high-precision cone provides more accurate and aesthetic constructions three recesses make implant placement safer, protecting the abutment from unwanted damage Implant neck special design polished surface adaptable abutment allows implants to be placed at the optimum bone site without concern about the route used to place the orthopaedic construction polished surface protects against accumulation of bacteria at the cervical part of the implant BASAL Surface polished surface prevents formation of craters for bacterial growth, allowing successful implant placement in the sockets of extracted teeth Implant body thin implant body combined with wide thread turns preserves free nutrition to bone around the implant, with very beneficial effects on long-term success 30

33 The last thread turn The last turn is milled at an angle to the neck prevents spontaneous rotation around its axis Sizes large diameter short height the macrostructure of large-diameter basal implants guarantees results when there is insufficient bone tissue height, such that bone tissue building cannot be used in the treatment protocol Integration an alternative reinforcement method to root form implants placement of implants in areas not subject to bone resorption more successful integration for immediate loading than with conventional implants BASAL These factors combine to provide successful osseointegration even in the most difficult clinical situations. Using these implants significantly reduces treatment costs and makes the use of immediate loading protocols normal practice in complex cases. 31

34 BASAL implants are used to create multiple restorations in the upper and lower jaws and for placement directly into alveolar processes. The structural characteristics allow placement in zones with severe deficit of bone tissue width and height, in the sockets of extracted teeth, and transgingivally. Can be used in combination with compressive implants. Using a special instrument abutment direction can be adjusted up to 15 relative to the implant axis. Requires a good knowledge of the anatomy of the maxillary-facial area. Immediate loading Placement in the socket of an extracted tooth Improved abutment Excellent protection from inflammation around the implant Adjustment of abutment angle up to 15 BASAL Logic of selection Atrophied alveolar process Complete edentulation Bone tissue deficit Aesthetically important area Prominent alveolar process Single restorations Tooth socket Immediate loading 32

35 10 mm 12 mm 14 mm 16 mm 18 mm 20 mm 22 mm 24 mm 26 mm Ø 3.5 mm B3510 B3512 B3514 B3516 B3518 B3520 B3522 B3524 B3526 Ø 4.5 mm B4510 B4512 B4514 B4516 B4518 B4520 B4522 B4524 B4526 Ø 5.5 mm B5510 B5512 B5514 B5516 Ø 6.5 mm B6510 B6512 B6514 B6516 BASAL Ø 8.5 mm B8510 B8512 B8514 Ø10.5 mm B1110 B1112 B

36 TRA Transfers Used to take closed transfers of single-component implants. The transfer construction provides reliable fixation of the transfer in the tray. The preferred material for taking transfers is polyester. Transfers can be taken using two-phase A-silicone using an instant method. Use of a special plastic material allows easy geometric adjustment where space is restricted. ANA Implant analogue Used for model preparation. The plastic provides the model with elasticity which replicates the micromobility of the implant. The special antirotation shape prevents macromobility while working with the analogue, maintaining minimal size but preventing interference with placement when implants are close together. BOP Burnout cap Used to prepare high-precision metal body for precise alignment and to prevent cementing failure. The round indicator which matches the indicator on the abutment shows the level of height adjustment of the abutment. The opening in the upper part of the burnout cap, combined with the colour contrast (red-yellow), gives an accurate impression of the fit on the analogue, preventing misalignment in the clinic. BASAL Initial drilling Check depth and direction Form drilling Additional work for larger diameter implants Implant positioning Drill speed (rpm) Sequential drilling with cone drills of increasing diameter. If the bone density is insufficient, we recommend reducing the drill diameter by one step or positioning after pilot drilling. 34

37 Colour indicator - length 8 mm 10 mm 12 mm 14 mm 16 mm 18 mm 20 mm 22 mm 24 mm 26 mm 2.0 mm 2.3 mm Laser-inscribed item ID the first two numbers show the diameter (mm*10) the second two numbers show the length (mm) Colour indicator - diameter Form drills Compressive screws 10 mm 12 mm 14 mm 16 mm 18 mm 20 mm 22 mm 24 mm 26 mm Ø 2.0 mm DB2010 DB2012 DB2014 DB2016 DB2018 DB2020 DB2022 DB2024 DB2026 CS8514 BASAL Ø 2.3 mm DB2310 DB2312 DB2314 DB2316 DB2318 CS

38 Guide pin Initial drill P2 Ø1.5 mm, L8 mm D1508 Punch TP4 TP5 TP6 Insertion tool for angled handpiece ITEH ITEHL Insertion tool for wrench ITE ITEL ITEXL Standard length Extended version Extraextended version BASAL Instrument tray TRR Ratchet wrench RW Torque wrench (15-50 Ncm) TW50 Depth measuring gauge DPG 36

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41 Information for clinics and patients 39

42 TRATE can provide a complete set of documents for communicating with patients. These documents which use plain language and clear illustrations, are useful for patients and dentists alike. They help patients decide how to solve problems due to damage or loss of a single tooth, several teeth, or complete edentulation. For the waiting room Patient education is an important part of medical care. Properly explaining and presenting treatment plans help to build trust and to resolve any problems that are likely to arise. Our patient communication tools work from the moment the patient enters the waiting room. We have a wide range of materials, including brochures, posters, and documents on electronic media available for use. Bring back your smile! Bring back your smile! Comprehensive information explaining what implantation is and why tooth loss cannot be ignored. Brochure REF 0100 English REF 0101 German REF 0102 Russian Poster REF 0110 English REF 0111 German REF 0112 Russian Lost or damaged a tooth? Lost or damaged a tooth? Information explaining why even a single missing or damaged tooth cannot be ignored. Brochure REF 0200 English REF 0201 German REF 0202 Russian Poster REF 0210 English REF 0211 German REF 0212 Russian Lost more than one tooth? Lost more than one tooth? Information explaining why several missing teeth cannot be ignored. Description of restoration solutions. Brochure REF 0300 English REF 0301 German REF 0302 Russian Poster REF 0310 English REF 0311 German REF 0312 Russian Living with a denture or with no teeth? Living with a denture or with no teeth? Information explaining why the use of dentures and older prostheses is not the ideal solution. It describes how missing teeth can be restored. Brochure REF 0400 English REF 0401 German REF 0402 Russian Poster REF 0410 English REF 0411 German REF 0412 Russian 40

43 During the consultation We have developed a flipchart presentation to back up patient consultations visually. The presentation will back up your explanations and the high-quality images help bring home what you are saying. The reverse of the flipchart has additional information. Catalogue of implantation used by the Open Dental Community Catalogue of implantation This series of documents will help you to illustrate the possible missing tooth replacement solutions during consultations. Solutions are based on the document "Catalogue of implantation used by the Open Dental Community", which gives the patient confidence in the proposed treatment. Catalogue of implantation All solutions brochure REF 0500 English REF 0501 German REF 0502 Russian All solutions flipchart REF 0510 English REF 0511 German REF 0512 Russian All solutions app for ipad REF 0520 English REF 0521 German REF 0522 Russian FLASH version for website REF 0530 English REF 0531 German REF 0532 Russian After treatment Special patient brochure - "Life with a smile" - which helps maintain dentist-patient relations after treatment. The brochure includes information about your clinic in the form of a tear-off card with your contact details so the patient can always find you in emergencies or for further advice. It is also a guarantee to the patient that you use high-quality TRATE products. The "Life with a smile" brochure Life with a smile General information about implants, advice on hygiene and the need for regular check-ups. The brochure provides information about TRATE's implant and superstructure guarantees. The brochure includes pages for entering post-implantation guidance. TRATE recommends use of the "Life with a smile" brochure after each implantation to boost patient confidence. Ref 0600 English Ref 0601 German Ref 0602 Russian For further information on how TRATE can help you communicate with patients, visit our website at or contact your TRATE representative. 41

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47 REF. CATALOG 12 Printed in Switzerland TRATE AG, All rights reserved. The TRATE logo and other trade marks are registered trade marks of TRATE, unless otherwise stated in the text. Images of implants at scale 1:1.25

48 TRATE AG Seestrasse Bäch Switzerland t f info@trate.ch trate.ch roott.ch