The IMZ Implant System

Transcription

1 The Implant System The Implant System was developed in Germany by Dr. xel Kirsch in the early 1970 s. is the only major implant system using a shock absorbing intermobile element designed to simulate the periodontal ligament. Two types of implants were made the Original nonhex and the Hex Head external hex (ranemark RP compatible). Original & non-hex Hex Head & external hex - Original - Hex Head Original The original implant was manufactured in two diameters mm and mm. The internal thread of the mm implant is 2.3mm and the mm implant has a 3.0mm internal thread. The external implant body is either titanium plasma sprayed or H coated with hydroxalappetite. The implant body is no longer sold, however, restorative components, such as the IME, IMC, and UM are still available from ttachments International. Hex Head - ranemark RP Compatible The Hex Head implant also manufactured in two diameters mm and mm was added in oth are restoratively compatible with the ranemark Regular Platform implant. For restorative compatible components refer to the ranemark section of this manual. Compatible components made by ttachments International are available for: Implants Original & non-hex Restoratively Compatible To none Hex Head & external hex ranemark, Regular Platform 4.1 Refer to ranemark RP Section for 3i Minimplant & Standard Osseotite compatible Hex Head Implamed RP components Innova Entegra 3.25 & REmark-ST RP Steri-Oss Hex-Loc 3.8 & 4.5 Restore RD & Sustain RD Taper-Lock ømm 2.3mm Thread Diameter ømm 3.0mm Thread Diameter ø4.1mm Platform 2.0mm Thread Diameter 2.7mm 3.4mm External Hex 2.7mm 2.3mm Thread 3.0mm Thread 2.0mm Thread Original Original Hex Head Non-Hex Non-Hex ranemark RP Implant Diameter Implant Diameter Compatible Implant Diameters & ll product names referenced herein are trademarks of their Copyright 2007 ttachments International, Inc., San Mateo, C 249

2 Terminology of Components & Page Header Sample Guide Direct To The Implant Healing Caps Implant nalog Components listed on page Compatible Implant Name Direct To The Implant Indirect Components - Original Restoration Connection Restorative Components: For ease in selecting components, the ranemark Section is divided by Restoration Connection: Direct To The Implant or Indirect To n Intermediate Component (Tissue Extensions/butments). Overdenture ttachments, ar Systems, Indirect Individual Parts and Tools are found following in the Indirect Section. NEW: 7 REFERENCE CHRTS are found at end of this section to illustrate the complex relationship of the - IME - IMC components. The Direct Restorative Components are the elements used to fabricate a restoration that will be connected directly to the implant(s). The Indirect / Intermediate Restorative Components fit to an intermediate tissue extension (abutment) which in turn is connected to the implant(s). Implant ody: The implant body is surgically placed into the bone. One surgical method traditionally involved a two-stage surgery, leaving the implant unloaded in the bone to allow for osseointegration, followed by tissue surgery to uncover the implant before the restorative components are added. nother method, called Immediate Loading, is a one-stage surgery where the abutment and restoration are attached to the implant at the time of implant placement. IME & TIE UM Intermediate Connector / Tissue Extension / IME / TIE: The TE (Tissue Extension) is the intermediate connector between the implant and the restoration, it may extend above the tissue. In some instances, a TE extension is subgingival, to provide a more esthetic restoration. The original tissue extension was the plastic IME (Inter Mobile Element) with the metal TIE. Implant Standardization: The UM tissue extension was developed to standardize the components and instruments for many different implant allowing for an economical inventory and for simplicity of restorative procedures. Its tapered/hexagon fitting surface is identical, regardless of the size or type of implant employed, while its screw-in base is implant specific. Compatibility: Implants Original & non-hex Restoratively Compatible To none Hex Head & external hex ranemark, Regular Platform 4.1 Refer to NOELranemark RP Section 3i Minimplant & Standard Osseotite for compatible Hex Head Implamed RP components Innova Entegra 3.25 & REmark-ST RP Steri-Oss Hex-Loc 3.8 & 4.5 Taper-Lock ll product names referenced herein are trademarks of their respective companies. Copyright 2006 ttachments International, Inc., San Mateo, C 248

3 Non-Hex & Direct To The Implant Healing Caps Impression Copings nalogs HELING CPS Healing caps are used to maintain access through tissue during healing phase. They are available in various heights to accommodate tissue depth and require the.050" hex driver. Small Implant Diameter Medium Implant Diameter Description Dimensions Order # Order # Healing Caps To Fit Implant Implant Healing Cap H=2.0mm Implant Healing Cap H=mm Implant Healing Cap H=6.0mm TOOLS DDS Hex Driver.050" IMPRESSION COPINGS Impression copings are used to take an impression of the implant body. The Impression Copings which fit the implant bodies are made of titanium and transfer the thread timing. For the -Hex Head implant, refer to the ranemark RP compatible section. Small Implant Diameter Medium Implant Diameter Description Order # Order # Impression Copings To Fit Implant Impression Coping for NLOGS nalogs are used for the fabrication of a master model. They are replicas of the implant body. Description Order # Order # nalogs To Fit Implant Implant ody nalog to fit, rass ll product names referenced herein are trademarks of their Copyright 2007 ttachments International, Inc., San Mateo, C 251 dditional Information:

4 Non-Hex & Direct To The Implant Titanium Posts Ti-locs TITNIUM POSTS The direct titanium abutment posts screw into the implant body and are indicated for ridge Restorations only. They may be secured with Teflon tape or thread adhesive. The titanium tapered posts can be altered like a preparation. Fabricate a soft tissue model whenever preparations are made in the laboratory. Small Implant Diameter Medium Implant Diameter Description Order # Order # Direct Titanium Posts () USE WITH: Impression Coping Implant ody nalog REQUIRES.050" HEX DRIVER: DDS.050" Hex Driver Lab.050" Driver IO-TORQ Tip Hex.050", Short (Use with io-torq Wrench) IO-TORQ Tip Hex.050", Long (Use with io-torq Wrench) TI-LOC The titanium bloc screws into the non-hexed implant body and may be secured with Teflon tape or thread adhesive. The Ti-loc requires more preparation as it is a true cylindrical bloc. However, the Ti-loc can be prepared like a posterior prep, thereby increasing the esthetics and comfort. It can also be prepared to correct for divergency. Insertion requires.050" hex driver..050" hex.050" hex Description Dimensions Order # Order # Ti-loc small () ø=4.7mm Ti-loc small () ø=5.0mm USE WITH: Impression Coping Implant ody nalog REQUIRES.050" HEX DRIVER: DDS.050" Hex Driver Lab.050" Driver IO-TORQ Tip Hex.050", Short (Use with io-torq Wrench) IO-TORQ Tip Hex.050", Long (Use with io-torq Wrench) ll product names referenced herein are trademarks of their Copyright 2010 ttachments International, Inc., urlingame, C 256 dditional Information:

5 Non-Hex & Indirect IME butments Titanium Plastic IME with TIE IME COMPONENTS Titanium Plastic Modified IME IME UTMENT IME butments (tissue extensions) are intermediate components made to fit between the implant and the restoration. The IME, in plastic or Titanium, requires the Titanium TIE. The Modified IME, in plastic or Titanium, fits directly to the implant. Restorations can be made on the abutment using abutment cylinders. The UM Healing Cap protects the IME until restoration is delivered. The Impression Coping takes an impression of the abutment and transfers abutment position and thread timing. The nalog is a replica of the abutment and is used for fabrication of a master model. The CSP (Cylinder, Screw & Plug) is used for crown & bridge and bar restorations. SEE REFERENCE CHRTS #1 & #2 (at end of section) Reference UM Indirect page for Healing Caps to fit IME. Tapered C 2 Pc C 2 Pc C D E E Impression Coping Imp Coping 2pc Imp Coping 2pc nalog CSP mm CSP mm Description Dimensions Intended Use Order # Order # C D E IME (Intramobile Element) Tissue Extension Height Tissue Extension / butment IME, Plastic (requires TIE) 2.0mm U U IME, Plastic (requires TIE) mm N/ U IME, Titanium (requires TIE) 2.0mm TU TU IME, Titanium (requires TIE) mm N/ TU TIE (Transmucosal Implant Extension) Collar Extension TIE, Titanium (not for Mod. IME) 1.0mm TIE, Titanium (not for Mod. IME) 2.0mm TIE, Titanium (not for Mod. IME) mm Modified IME (Modified Intramobile Element) Tissue Extension / butment IME, Plastic (direct to implant) MU MU IME, Titanium (direct to implant) MU MU Components To Fit IME and Modified IME/ Tissue Extension Impression Coping Impression Taking / Transfer Timing Tapered Impression coping, transfer thread timing (closed tray) Impression coping, 2 piece, transfer thread timing (open tray) nalog Model Fabrication IME / nalog, rass (Replicates both IME & Modified IME) CSP (Cylinder, Screw & Plug) Crown & ridge / ar Restorations IME CSP, Non-Engaging Cylinder,.050" Hex Screw and Plug PRTS Plastic Cylinder Only, Long for or (also fits the IMC & ) Plastic Cylinder Only, Short for or (also fits the IMC & ) Ti Hex.050" Screw Only (To fit IME and Complete butment) TOOLS Reamer, UM butment Carbide.0880" (requires Pin Vise ) Pin Vise for Carbide Reamers " UM, Lapping Tool and Guide Pin Reamer Friction Grip Driver (for plastic IME) Pin Vise IO-TORQ Tip, UM, Short (for Titanium IME only) IO-TORQ Wrench 30 N/cm ll product names referenced herein are trademarks of their Copyright 2007 ttachments International, Inc., San Mateo, C 253

6 Non-Hex & Indirect IMC butment Titanium IMC Connector IMC UTMENTS (Intramobile Connector) The original IMC (Intramobile Connector) consists of a titanium insert and a plastic element (donut). The Ti IMC is a onepiece titanium abutment that replaces the original titanium insert and plastic element. The IMC two-piece impression coping connects to the original plastic IMC or the Ti IMC. The Plastic IMC Element C IMC analog is used to fabricate a working model. Castablemachined plastic cylinders are used in the fabrication of the screw-retained framework. SEE REFERENCE CHRTS #1 - #4 (end of section) IMC Titanium Insert Ti IMC Connector IMC COMPONENTS Note: Thread is only in lower portion of both the IMC Connector and the IMC nalog, requiring the longer IMC screw. Original IMC Ti Insert & IMC Plastic Element Fits: IME & IMC & Fits: IME & IMC & D Impression Coping E nalog Thread in lower portion F Description Dimensions Intended Use Order # Order # Long F Short C D E F IMC Titanium Connector IMC Ht Overall Ht Tissue Extension / butment Ti IMC, Titanium 1.0mm 1.8mm CU Ti IMC, Titanium 2.0mm 2.8mm CU CU Ti IMC, Titanium Conversion 3.5mm CU Ti IMC, Titanium 3.0mm 3.8mm CU CU Ti IMC, Titanium mm 4.8mm CU CU IMC Titanium Insert Insert & Element IMC Ti Insert (requires IMC Element) 1.0mm 1.8mm C IMC Ti Insert (requires IMC Element) 2.0mm 2.8mm C C IMC Ti Insert (requires IMC Element) Conversion 3.5mm C IMC Ti Insert (requires IMC Element) 3.0mm 3.8mm C C IMC Ti Insert (requires IMC Element) mm 4.8mm C IMC Plastic Element Insert with butment IMC, Intramobile Element, Plastic ushing ("donut") C C Components To Fit IMC Connector and IMC Insert Impression Coping, 2 Piece Impression Taking / Transfer Timing IMC 2 Piece Impression coping, transfers thread timing nalog Model Fabrication IMC nalog, rass PRTS Plastic Cylinder Only, Non-Engaging, Long for or (also fits the IME & ) Plastic Cylinder Only, Non-Engaging, Short for or (also fits the IME & ) NOTE: Screws indicated depend on initial restoration. See Flow Charts #5 & #6 for complete list of available screws. Contact Technical Support for further information, TOOLS Reamer, UM butment Carbide.0880" (requires Pin Vise ) Pin Vise for Carbide Reamers " UM, Lapping Tool and Guide Pin IO-TORQ Tip / IMC, Short IO-TORQ Wrench 30 N/cm ll product names referenced herein are trademarks of their Copyright 2007 ttachments International, Inc., San Mateo, C 254

7 Non-Hex & Compatible Indirect UM butment UM COMPONENTS UM UTMENT The UM butment (tissue extension) is an intermediate component made to fit between the implant and the restoration. The UM has a standardized fitting surface, which allows the UM restorative components to be interchangeable regardless of the implant type. The UM Healing Cap protects the UM until the restoration is delivered. The ridge Tapered UM Impression Coping transfers the UM position while the Hex UM Impression Coping transfers the hex orientation of the UM butment. The UM nalog replicates the UM for the model. The UM Hex or Non-Hex Plastic Cylinders are used to make frameworks for bridges or bars. The UM CL System is used for a passive fit technique. For restorations the fit directly to the implant refer to the UCL System for the specific implant type. C C D E E Healing Cap Impression Coping Impression Coping nalog CSP CSP CL Cylinder Tapered 1 piece Hex 2 piece rass Hex Cyl, Hex screw Non-Hex Cyl, Hex Screw Description Dimensions Intended Use Order # Order # C D E F UM butment Tissue Extension Height Tissue Extension / butment UM, butment H=0.5mm N/ UM, butment H=1.0mm N/ UM, butment H=2.0mm UM, butment H=3.0mm UM, butment H=mm UM, butment H=5.0mm UM, butment H=6.0mm UM, butment H=7.0mm Components To Fit UM butment / Tissue Extension Healing Cap Tissue Healing / Management One Thread Size Fits ll UMs UM Healing Cap H=2.0mm ø=4.5mm UM Healing Cap H=mm ø=4.5mm UM Healing Cap H=6.0mm ø=4.5mm Impression Coping Impression Taking / Transfer Timing UM Impression Coping Tapered, one piece UM Impression Coping Hex with.050" Hex Guide Pin, two piece nalog Model Fabrication UM nalog, rass CSP (Cylinder, Screw & Plug) Crown & ridge / ar Restorations UM Hex Cylinder (blue), Ti.050" Hex Screw & Occlusal Plug UM Hex Cylinder (blue), Ti Slot Screw & Occlusal Plug UM Non-Hex Cylinder (yellow), Ti.050" Hex Screw & Occlusal Plug UM Non-Hex Cylinder (yellow), Ti Slot Screw & Occlusal Plug CL Cylinder (Passive Fit) ars / Fixed Detachable UM CL Cylinder, Ti.050" Hex Screw, Waxing Sleeve & Spacer NOTE: Slot Screws (# ) may be ordered separately. PRTS UM.050" Hex Titanium Screw, only UM, Short ar Cylinder only, Red FOR INDIVIDUL UM PRTS & TOOLS Refer to the UM Section of this Manual. ll product names referenced herein are trademarks of their respective companies. Copyright 2006 ttachments International, Inc., San Mateo, C 253 dditional Information:

8 Non-Hex & Dalla ona & ORS Overdenture ttachments OVERDENTURE STUD TYPE TTCHMENTS Three types of overdenture attachments are most commonly used to directly screw into the implant the Dalla ona, the ORS, (O-Ring system) and the Locator. Connectors are made of titanium. Dalla ona male, ORS male and Locator female are sold separately by tissue height. The D Female Kit includes 1 adjustable female, 1 spacer and 1 brass analog. The ORS Female Kit includes 1 gold plated retainer ring, 3 white final & 3 red processing O-Rings and 1 brass analog. Locators are listed on a separate page. D D ORS ORS or C C llegro Implant Female Kit Optional for D Small Implant Diameter Medium Implant Diameter Description Dimensions Order # Order # Dalla ona System () Dalla ona, male only H=1mm Dalla ona, male only H=2mm Dalla ona, male only H=3mm Dalla ona, male only H=4mm H Dalla ona, male only H=5mm Dalla ona, male only H=6mm Dalla ona, male only H=7mm Dalla ona, Implant Ti Female: Fe, Spacer & nalog Fø=3.4mm llegro, Implant Female Kit (option for Dalla ona female) () includes Metal Housing, 4 Females, Implant Spacer & rass nalog ORS, O-Ring System (C) ORS, male only H=1mm ORS, male only H=2mm ORS, male only H=3mm ORS, male only H=4mm H ORS, male only H=5mm ORS, male only H=6mm ORS, male only H=7mm ORS, Implant Female Kit, includes Retainer Ring, nalog & O-Rings (6) PRTS & TOOLS For Dalla ona, llegro & ORS Parts and Tools, refer to next page. Locators are listed on a separate page. For Hex Head & External Hex compatible components, refer to the ranemark RP / Direct section of this manual. ll product names referenced herein are trademarks of their Copyright 2010 ttachments International, Inc., urlingame, C 263 dditional Information:

9 Non-Hex & Compatible Dalla ona, ORS & llegro Parts & Tools for Overdenture Stud Type ttachments OVERDENTURE STUD TYPE TTCHMENT PRTS & TOOLS Two types of overdenture attachments are most commonly 1 spacer and 1 brass analog. The llegro Female Kit is used to directly screw into the implant the Dalla ona and offered as an option for the Dalla ona System. The ORS the ORS, (O-Ring system). Connectors are made of titanium. Female Kit includes 1 gold plated retainer ring, 3 white final & Dalla ona males and ORS males are sold separately by tissue height. The D Female Kit includes 1 adjustable 3 red processing O-Rings and 1 brass analog. female, PRTS Description Dimensions Order # DLL ON FOR IMPLNTS Dalla ona, Implant Female Kit: includes Female, Spacer & rass nalog Dalla ona, Resilient Female, Gold FH=3.1mm Dalla ona, Resilient Female, Titanium FH=3.4mm Dalla ona, Resilient Female, Plastic (4) FH=3.5mm Dalla ona Hex nalog, rass (2) Dalla ona Hex Spacer, rass (2) PVC Ring (6), replacement ring for Dalla ona female LLEGRO FOR IMPLNTS llegro, Implant Female Kit (option for Dalla ona female) includes Metal Housing, 4 Females, Implant Spacer & rass nalog ORS FOR IMPLNTS ORS, Retainer Rings (6) H=2.0mm ø=5.1mm ORS, Combo O-Rings: 6 blue, 6 red (processing), 6 wt, 6 blk Outside ø=4.5mm Inside ø=1.4mm ORS, Implant Female Kit: includes Retainer Ring, rass nalog and 3 red processing & 3 white final O-Rings O-Ring Hex nalog, rass (2) TOOLS IO-TORQ Wrenches, Socket & Driver IO-TORQ Wrench 10 N/cm IO-TORQ Wrench 20 N/cm IO-TORQ Wrench 30 N/cm IO-TORQ Wrench 35 N/cm IO-TORQ Socket IO-TORQ Extension IO-TORQ ORS / Dalla ona Tip/Driver LT/R DRIVER LT/R R Hand Driver LT/R R Handle / Socket LT/ R ORS / Dalla ona Tip Dalla ona ctivating Tool, lue Dalla ona Deactivating Tool, Yellow LLEGRO (for replacement parts see llegro OD section page 99) llegro OD/DE Micro/Regular Insertion Tool Dalla ona ctivating Tool Dalla ona Deactivating Tool ll product names referenced herein are trademarks of their Copyright 2010 ttachments International, Inc., urlingame, C 264 dditional Information:

10 Non-Hex & Compatible Overdenture ar Restorations IDEL R RESTORTIONS There are numerous options for implant bar restorations available today. To simplify your search, we have selected the most proven and popular systems on this page. For a complete listing of all bar system components, refer to the ar and Clip Quick Reference Charts. Most implant bar restorations involve from 2 to 5 implants. The ideal implant bar system incorporates a bar and retentive clips in the anterior section and locking pin attachments distally for support and stability. The Hader-EDS ar Master kit is the preferred choice. The CM Gold Clips may be used as an alternative. The locking SwissLoc NG ttachment is the preferred distal attachment to prevent lift-off and still provide resiliency. The Lew ttachment is a viable alternative. For Laser Welding Technique, use only titanium bars and posts. Recommended parts needed for a successful bar restoration: PPM ar 0 degree SwissLoc ttachments Hader-EDS Clips Hader-EDS ar Description Order # HDER-EDS R MSTER KIT Master Kit includes 6 yellow plastic clips, 6 metal housings, 2 seating tools and 2 short plastic bars (50mm) TOOLS: Hader-EDS ar nalog 50mm, aluminum (1) Hader-EDS Fabricating Rider / Clip (6) Green Hader-EDS Impression Clip (6) lue CM HDER-EDS R KIT CM Kit includes 6 CM gold riders (clips) with spacers and 2 short plastic Hader-EDS bars (50mm) TOOLS: CM djusting Tool (can be used with all metal riders / sleeves) CM ar nalog 50mm (aka Hader-EDS ar nalog), aluminum PRTS Hader-EDS Combo Clips (18) 6 white, 6 yellow, 6 red and 1 seating instrument Hader-EDS ar, short plastic (6) Green Hader-EDS Metal Housings (6) Gold SWISSLOC NG TTCHMENT SwissLoc NG mm *L=4.5mm Housingø=3.4mm Plungerø=1.5mm X SwissLoc NG 6.0 mm *L=6.8mm Housingø=3.4mm Plungerø=1.5mm X SwissLoc NG 7.5 mm *L=8.0mm Housingø=3.4mm Plungerø=1.5mm X *Note: SwissLoc NG 7.5 can be reduced to 4mm. Length is measured in closed position from head of plunger to end of housing. TOOLS: SwissLoc NG Screwdriver SwissLoc NG Processing Jigs (2) SwissLoc NG 1.5mm Drill (1) PPM PLSTIC R PTTERNS (50mm) PPM ar 0 degree (3 short 3.7mm, 3 tall 8.0mm), blue PPM ar 2 degree (3 short 3.7mm, 3 tall 8.0mm), red PPM ar 4 degree (3 short 3.7mm, 3 tall 8.0mm), yellow TOOLS: PPM ar Mandrel 0 degree (for plastic or titanium bar) PPM ar Mandrel 2 degree (for plastic or titanium bar) PPM ar Mandrel 4 degree Hader-EDS Housing REPLCEMENT R CLIP WITH SCREWS & CKPLTE White ar Clip & Screw (2) ssembly and ackplate Fits original 2mm diameter bar. Used for overdenture bar restorations. Includes: 1 white clip, 2 screws and 1 backplate. PRTS White ar Clip only Screw only ackplate only ll product names referenced herein are trademarks of their respective companies. Copyright 2006 ttachments International, Inc., San Mateo, C 256 dditional Information:

11 Non-Hex & Insertion Drivers Tools INSERTION DRIVERS The IO-TORQ (-T) and LT / R Systems were designed to facilitate the insertion of implant components. The IO- TORQ insertion tips may be utilized with the IO-TORQ hand held socket or the IO-TORQ wrenches. The LT / R (latch type) tips are used with right angle handpiece type drivers. IO-TORQ LT / R C D F G H J Socket Extension Slot Hex IMC IMC UM sht UM long C D E H Handle Slot Hex Complete UM Description Order # Order # io-torq LT/R Driver Hand Held Socket / Handle () IO-TORQ Extension () N/ Slot Tip Short Slot Tip Long (C) " Hex Tip Short " Hex Tip Long (D) " Hex Tip Short " Hex Tip Long Dalla ona / ORS Hex Tip Locator Tip, short Locator Tip, long Complete butment LT / R Tip (E) N/ IO-TORQ Tip / IMC, Short (F) N/ IO-TORQ Tip / IMC, Short (G) N/ UM Tip Short (H) UM Tip Long (J) N/.9mm CS Hex Tip Short N/ STNDRD DRIVERS, -T WRENCHES & LT / R DRIVER Note: For Slot Screws do not exceed 10 N/cm of torque. C D Description Order # Standard Drivers and FG Drivers DDS.050" Hex Driver () DDS Slot Screwdriver () Lab.050" Driver (C) Friction Grip Driver (D) IO-TORQ Wrenches & LT / R Driver IO-TORQ Wrench 10 N/cm IO-TORQ Wrench 20 N/cm IO-TORQ Wrench 30 N/cm IO-TORQ Wrench 35 N/cm LT / R Driver ll product names referenced herein are trademarks of their Copyright 2007 ttachments International, Inc., San Mateo, C 259

12 Non-Hex & Compatible Reamers Lapping Tools REMERS The carbide reamers are used to refine the internal access hole of a castable cylinder. They also refine the seat for the head of the screw. Each carbide reamer and Pin Vise are sold separately. The Pin Vise will fit all carbide reamers. The Reamer fits all UM and IME European new style cylinders. Pin Vise Reamer Description Order # Reamer, UM butment Carbide.0880" (also fits & Paragon UCL Cylinders) (requires Pin Vise ) Pin Vise for Carbide Reamers " LPPING TOOLS The Lapping tools are used with diamond polishing paste to refine the fitting surface of the cast cylinder. We recommend that you use it not more than 5-6 times. For superior restorations, you may want to use the 1 micron white diamond lapping paste. The lapping tool fits the cylinders for the Complete butment, IME and UM. Description Order # UM, Lapping Tool and Guide Pin ll product names referenced herein are trademarks of their respective companies. Copyright 2006 ttachments International, Inc., San Mateo, C 258 dditional Information:

13 Non-Hex & Screws for Original Parts SCREWS FOR ORIGINL COMPONENTS & & Hex Hex Hex C D E F G H IMC Conversion IMC Coping Screw IME Coping Screw IMC Fastening IMC Fastening IME Fastening Screw Securing Screw Hex Head Screw for Plastic Cylinder for Gold Cylinder for Gold Cylinders ar Clip to & ack Plate Implant Screw LL SCREWS HVE.050" HEX except ack Plate Screw (slot) Description Order # Order # mm mm IMC Conversion Screw,.050" Hex () C C Used when converting from IME to IMC butment. Threads must be shortened to appropriate length. mm ONLY fits IMC butment mm Fits both IMC & IME butments. 2.2mm ø head. IMC Coping Screw,.050" Hex () C C Used for overdenture bars. Screw has 2.8mm diameter head. IME Coping Screw,.050" Hex (C) Used for overdenture bars. Screw has 2.8mm diameter head. IMC Fastening Screw for Plastic Cylinder,.050" Hex (D) C C Screw has 2.4mm diameter head. IMC Fastening Screw for Gold Cylinder,.050" Hex (E) C C Screw has 2.2mm diameter head. IME Fastening Screw for Gold Cylinder,.050" Hex (F) Hex is in base of screw head allowing screw head to be shortened if necessary. 2.2mm ø head. Screw to Secure ar Clip to ack Plate &, slot (G) For securing plastic clip to the ack Plate ONLY. Screw for & Hex Head Implant,.050" Hex (H) For Hex Head & Implant ONLY. Note: For detailed dimensions of screws see Reference Charts immediately following this page. ll screws have.050" hex. IME butment Inner thread is located in TOP portion of abutment IMC butment Inner thread is located in OTTOM portion of abutment Note the difference in placement of screw threads in the abutments. IME threads are located at the top, IMC threads are located at the bottom. ll product names referenced herein are trademarks of their Copyright 2007 ttachments International, Inc., San Mateo, C 261 dditional Information: