RENEW BIOCARE GENERIC RESTORATIVE COMPONENTS

Transcription

1 RENEW IOCRE GENERIC RESTORTIVE COMPONENTS COMPTILE WITH: RENEW UM Universal Modification butment Nobel iocare ranemark, NP, RP, WP Hex-Loc, Replace Steri-Oss ITI onefit Straumann Osseotite 3i Implant Innovations, Inc. Restore, Sustain LifeCore Sulzer/Paragon Core-Vent, Micro-Vent, Screw-Vent Sulzer/Calcitek Integral, Omniloc, Threadloc Flat Top 3.25, 3, 8 STERI-OSS IMZ 4.0, 3.3 IMZ

2 ranemark or Renew iocare RE-Mark Steri-Oss Hex-Loc, IMZ Hex Head, implamed Hex, etc. Renew or ranemark The ranemark implant was developed in the early 1950 s by Professor Par-ingvar ranemark. Professor ranemark was the first to discover the oesseointegration aspect of titanium during his research of bone healing in animals. Currently ranemark implants, sold by Nobel iocare are avail able in three scparate platforms : ranemark 3.3mm diameter - Narrow Platform (NP) 3.5 ranemark 3.75 & 4.0mm diameter - Regular Platform (RP) 4.1 ranemark 5.0 & 5.5mm diameter - Wide Platform (WP) 5.1 Many other implant companies make implants that are restoratively compatible with the ranemark Regular Platform external hex implant. These companies include. Renew iocare, O-IC, 3i, Implamed, Paragon Interpore, Innova and Steri-Oss. These implants can use the same restorative components, as the implant platform hex and internal threads are identical RENEW RE-Mark RNEMRK COMPTILE 3i Osseotite Steri-Oss Hex-Loc The most widely used concept for bridge or single tooth replacement is the UCL system. It has the widest range of application possibilities, as well as being very economical. For overdenture applications, the ORS (O-Ring System), the DD (Direct Dalla ona), the adjustable gold rider with bar, and the Hader or Hader-EDS system are most frequently used. Implants Renew NP 3.3 external hex Platform Renew RP 3.75 & 4.0 external hex Platform Renew RE-Mark WP 5.0 & 5.5 external hex Platform Restoratively Compatible To RE-Mark II & ST Implamed NP RE-Mark II & ST 3i Minimplant & Standard Osseotite Implamed RP IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Steri-Oss Hex-Loc 3.8 & 4.5 Restore RD & Sustain RD Taper-Lock RE-Mark II & ST Implamed WP Indications and Quantities of Implants recommended: Single Tooth Replacement 1 implant is required IMZ Hex Head ridge Reconstructions Recommended for 1 implant attached to an abutment, or for 2 or more free standing implants. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants or for an implant attached to a natural abutment. Restore, Taper-Lock Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 2

3 Steri-Oss System Steri-Oss, now a subsidiary of Nobel iocare, developed the Steri-Oss implant system in From the beginning, the company has been an innovator in creating simplified, high quality implants, which have contributed greatly to its popularity. The Steri-Oss implant system currently encompasses four different types of implants: Steri-Oss Hex-Loc 3.25, 3.8 & 4.5 external hex Steri-Oss Replace 3.25, 4.3, 5.0 & 6.0 external hex The 3.8 & 4.5 Steri-Oss Hex-Lock is compatible with the Regular Platform, (RP) Renew RE-Mark and ranemark implant, refer to the Renew RE-Mark section for components. The small diameter Hex-Lock 3.25 uses separate components listed in this section and is not compatible with Renew RE-Mark or ranemark implants. Components for the Steri-Oss Replace 3.5, 4.3, 5.0 & 6.0 are contained in the Renew RE-Root Section. To standardize the many different implant restorative components, refer to Renew UM section. Implants Steri-Oss Hex-Loc 3.25 Steri-Oss Hex-Loc 3.8 & 4.5 Refer to the RE-Mark Section for compatible components. Steri-Oss Replace external hex Steri-Oss Replace Select Indications and Quantities of Implants recommended: Single Tooth Replacement 1 implant is required.(hex-loc, Replace and Replace Select only) ridge Reconstructions Recommended for 1 implant attached to an abutment, or for 2 or more free standing implants. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants or for an implant attached to a natural abutment. Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 3

4 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. Steri-Oss Original Tissue Extension: The TE (Tissue Extension) such as the UM or PME, also referred to as an abutment, 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. PME UM Implant Standardization: The UM tissue extension was developed to standardize the many different implant companies' components and instruments for a more economically controlled 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. The Renew UM is available for the Hex-Loc Implants. 4

5 Steri-Oss Hex-Loc 3.25 COMPTILE Steri-Oss Hex-Loc 3.25 Components HEX-LOC 3.25 COMPONENTS External Hex The small diameter 3.25 Steri-Oss Hex-Loc (HL) implant has an external hex for antirotation. The HL 3.25 components are not compatible with the or 5.0 Hex-Loc implant components. For Steri-Oss Hex-Loc components, refer to the RE-Mark RP / UCL section of the main Renew iocare catalog. For 5.0 Hex-Loc compatible components, refer to the RE-Root 5.0 section. The hex impression coping transfers the hex orientation. C D RD WD Small Diameter Steri-Oss 3.25 Hex-Loc Implant Regular Diameter Steri-Oss 3.8 & 4.5 Hex-Loc - ranemark 4.1 Regular Platform Implant Wide Diameter Steri-Oss 5.0 Hex-Loc - Steri-oss Replace 5.0 Implant 3.25 Description Order # Restorative Components To Fit Steri-Oss Hex-Loc 3.25 Implant only Steri-Oss 3.25 HL Impression Coping w/.050" Hex Guide Pin () Steri-Oss 3.25 HL nalog () Steri-Oss 3.25 HL Cylinder, Screw & Plug (CSP) (C) Steri-Oss 3.25 HL ORS O-Ring System 2.5mm (D) Steri-Oss 3.25 HL ORS O-Ring System 4.0mm PRTS Steri-Oss 3.25 HL Hex Cylinder only Steri-Oss 3.25 HL Hex Screw.050" only TOOLS IO-TORQ Socket IO-TORQ Tip Hex.050", Short IO-TORQ Tip Hex.050", Long IO-TORQ Tip ORS / Dalla ona, Hex 2.5mm LT/R R Hand Driver LT/R Latch Tip.050" Hex, Short LT/R Latch Tip.050" Hex, Long LT/R Latch Tip ORS / Dalla ona, Hex 2.5mm Dalla ona ctivating Tool, lue Dalla ona Deactivating Tool, Yellow For Steri-Oss Hex-Loc restorative components, refer to the Renew RE-Mark RP Regular Platform sections of the main Renew iocare catalogue. For Steri-Oss 5.0 Hex-Loc restorative components, refer to the Renew RE-Root sections of the main Renew iocare catalogue. STERI-OSS HEX-LOC

6 ITI Dental Implant System ITI Standard Implant The ITI Dental Implant System was developed in Switzerland by the Institute Straumann and Dr. ndre Schroeder, President of the University ern. ITI implants are endosseous one-stage and were originally designed for overdentures using the Dolder ar system. ITI is now utilized for all restorative options. The one-stage (non-submerged) approach simplifies the procedures and helps minimize trauma to the patient and reduces chairtime as only one surgical procedure is required. The ITI implant system currently encompasses three different types of implants: ITI Small Diameter () external hex ITI Standard 4.8 internal mortice taper ITI Syn-Octa 4.8 internal octagon mortice taper Components from Renew iocare are available for the ITI Standard 4.8 non-hex and the ITI Syn-Octa. Components are not listed for the ITI. Note: The ITI Standard components will mate with the ITI Syn-Octa implant without engaging the octagon. Indications and Quantities of Implants recommended: Single Tooth Replacement 1 implant is required ridge Reconstructions Recommended for 1 implant with a tissue extension attached to an abutment, or for 2 or more free standing implants. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants or far an implant attached to a natural abutment. Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 6

7 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. ITI Implant Octabutment: The Octabutment was designed for screw retained restorations and is compatible with the original Octabutment from Straumann. The shoulder of the Octabutment becomes flush with the top of the implant. Octabutment ITI For ITI Small Diameter, ITI ST Standard, and ITI Syn-Octa 4.8 restorative components refer to the Renew RE-Fit sections of the Renew iocare main catalog. 7

8 3i System Implant Innovations, Inc. Osseotite Standard 3iwas founded in 1987 by Dr. Lazarra in West Palm each, Florida as an aftermarket supplier of implant components. The company now located in Palm each Gardens, has evolved into a major manufacturer of implants as well as restorative components and surgical instrumentation and is now a subsidiary of iomet of Germany. 3i offers the Osseotite Implant, an externally hexed implant with five different diameters (four different platforms). 3i also offers the Osseotite TG, a one-stage internal mortice tapered implant which is equivalent to the Renew RE-Fit and the Straumann ITI implant. 3i offers a self-taping feature referred to as ICE available on many of their implants. 3i Osseotite MicroMiniplant 3.25/ platform, external hex 3i Osseotite Miniplant 3.25/3.3 and Standard 3.75 / platform, external hex 3i Osseotite Wide Diameter 5.0 & or 6.0 platform, external hex 3i Osseotite TG internal mortice taper Osseotite TG Components for the Miniplant 3.25 and the Standard 3.75 are compatible with the Renew RE-Mark Regular Platform and can be found in the Renew RE-Mark section of the Renew iocare main catalog. Components for the Osseotite Wide Diameter 5.0 can be found in this 3i section. Components for the MicroMiniplant 3.25, and the Osseotite Wide Diameter 6.0 TG are not currently listed Osseotite TG components are listed under RE-Fit in the Renew iocare main catalog. Osseotite Implants 3i MicroMiniplant 3.25 external hex 3.4 platform Restoratively Compatible To none 3i Miniplant 3.25 external hex 4.1 platform RE-Mark RP 4.1 Refer to ranemark section for compatible components. 3i Standard 3.75 external hex 4.1 platform 3i Wide Diameter 5.0 external hex 5.0 platform 3i Wide Diameter 6.0 external hex 6.0 platform IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Restore RD & Sustain RD Taper-Lock Same as 3i Miniplant 3.25 above none none 3i Osseotite TG internal mortice taper Renew RE-Fit TG ITI Standard 4.8 internal taper Indications and Quantities of Implants recommended: Single Tooth Replacement 1 implant is required ridge Reconstructions Recommended for 1 implant attached to an abutment, or for 2 or more free standing implants. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants or far an implant attached to a natural abutment. Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 8

9 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. Osseotite Standard Tissue Extension: The TE (Tissue Extension), also referred to as the Conical abutment, 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. Conical butment Compatibility: Osseotite Implants 3i MicroMiniplant 3.25 external hex 3.4 platform Restoratively Compatible To none 3i Miniplant 3.25 external hex 4.1 platform Renew RE-Mark Reg Platform 4.1 Refer to ranemark section ranemark, Reg Platform 4.1 for compatible components. IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Steri-Oss Hex-Loc 3.8 & 4.5 Taper-Lock 3i Standard 3.75 external hex 4.1 platform Same as 3i Miniplant i Wide Diameter 5.0 external hex 5.0 platform 3i Wide Diameter 6.0 external hex 6.0 platform 3i Osseotite TG internal mortice taper Renew RE-Fit TG none none Renew RE-Fit TG ITI Standard 4.8 internal taper 3i 9

10 3i 5.0 Compatible 3i, UCL CYLINDER, SCREW & PLUG (CSP) The UCL abutment system is the most widely used restorative concept for 3i type restorations. The restorative possibilities include single tooth, bridge, telescopic, and bar type overdenture restorations. Each UCL abutment includes the CSP, Cylinders Impression Coping nalog castable plastic cylinder, the hex titanium.050" screw, and the patented occlusal plug (CSP-cylinder, screw & plug). The.048" titanium screw or the.050" gold square screw may be purchased separately as well as the hex or non-hex cylinders. SP rp WP Small Diameter 3i Mini 3.25 / Platform - Renew RE-Mark and ranemark Compatible Implant Medium Diameter Standard 3.75 / Platform - Renew RE-Mark and ranemark Compatible Implant Wide Diameter 3i Platform Implant SP 3.25 RP 3.75 WP 5.0 Description Order # Order # Order # 3i, CSP Hex Cylinder & Hex Screw.050" & Plug () For 3i Mini 3.25/3.3mm & 3i i, CSP Non-Hex Cylinder & Hex Screw.050" & Plug () Standard 3.75/4.0mm PRTS 3i, Hex Cylinder only restorative components, refer to the RE-Mark RP, i, Non-Hex Cylinder only ranemark RP section of the i, Hex.050" Ti Screw only Renew iocare main catalog i, Hex.048" Ti Screw only i, Square.05" Ti Screw only i, Square.05" Gold Screw only TOOLS Hex.050" Lab Driver Hex DDS Driver12mm, long UCL Reamer, red handle UCL, Lapping Tool & Guide Pin NLOGS for Osseotite 5.0 The stainless steel analogs replicate the Osseotite 5.0 external hex implant and are used to fabricate a master model. The copper analog is used primarily for EDM (Electro Discharge Machine) aka Spark Erosion. Description Order # nalog for 3i 5.0, Stainless () nalog for 3i 5.0, Copper for EDM (Spark Erosion) () Note: The Copper nalog is actually 5.5mm diameter to facilitate EDM process. For 3i Mini 3.25/ 3.3 & 3i Standard 3.75/ 4.0mm restorative components, refer to the Renew RE-Mark Regular Platform sections of the Renew iocare main catalogue. Components for Micro Mini and Wide Platform 6.0 are not available at this time. 10

11 3i 5.0 Compatible OVERDENTURE STUD TYPE TTCHMENTS Two overdenture attachments are commonly used to directly screw into the implant the Dalla ona and the ORS, O-Ring system. oth connectors are made of titanium and are attached directly to the implant body. The Dalla ona includes 1 male, 1 adjustable female, 1 spacer and 1 brass Direct Titanium Posts Overdenture Stud Type ttachments analog. The ORS includes 1 male, 1 retainer ring, 3 white and 3 red O-rings and 1 brass analog. The retention of the Dalla ona female is adjustable with the activating/deactivating tool. Description Dimensions* Order # Dalla ona System () Dalla ona, complete H=1mm Dalla ona, complete H=2mm Dalla ona, complete H=3mm Dalla ona, complete H=4mm Dalla ona, complete H=5mm Dalla ona, complete H=6mm Dalla ona, complete H=7mm ORS, O-Ring System () ORS, complete H=1mm ORS, complete H=2mm ORS, complete H=3mm ORS, complete H=4mm ORS, complete H=5mm ORS, complete H=6mm ORS, complete H=7mm PRTS Dalla ona, Implant Ti Female, Spacer & nalog Fø=3.4mm Dalla ona, Ti Female & Spacer only Fø=3.4mm ORS, Retainer Rings (6) H=2.0mm ø=5.1mm ORS, Combo O-Rings 10 red, 10 wt., 10 blk Mø=4.5mm ORS, Implant Retainer Ring, nalog & O-Rings TOOLS io-torq Socket io-torq ORS / Dalla ona Tip LT/ R Handle LT/ R ORS / Dalla ona Tip Dalla ona ctivating Tool, lue Dalla ona Deactivating Tool, Yellow i Note: *The Dalla ona male ball diameter for all sizes is 4.5mm Note: Recommended torque is 30 N/cm. For 3i Mini 3.25/ 3.3 & 3i Standard 3.75/ 4.0mm restorative components, refer to the Renew RE-Mark Regular Platform sections of the Renew iocare main catalogue. Components for Micro Mini and Wide Platform 6.0 are not available at this time. 11

12 Lifecore Restore and Sustain Restore threaded Sustain threaded Lifecore iomedical, Inc., headquartered in Chaska, Minnesota, develops and manufactures a wide array of medical devices, including an extensive line of dental restorative components, implants and surgical tools. Three implant systems are offered by Lifecore: the Restore, Sustain and Stage-1 systems. Restore with an external hex, is offered as a self-tapping threaded implant in Ti, TPS or RM coating in small (), regular (RD) or wide (WD) diameters. Restore is also available as an external hex cylinder implant in TPS or H coating in three diameters. Sustain, with an H coating, is available as an external hex, threaded or cylindrical implant in small, medium and wide diameters. n Internal evel Cylindrical Sustain implant is offered as well in three diameters. The Stage-1 implant has an internal locking mortice taper with an RM or TPS coating. Components are compatible with the Renew RE-Fit Stand the standard Straumann ITI components listed in the RE-Fit section of the Renew iocare main catalog. ll RD diameter Restore and Sustain external hex implant components are Renew RE-Mark and ranemark Regular Platform compatible. For a complete listing of Renew Re-Mark and ranemark compatible components, refer to the RE-Mark II and ST section of the Renew iocare main catalog. Restore, RD and WD external hex threaded Restore, RD and WD external hex cylindrical Sustain, RD and WD external hex threaded Sustain, RD and WD external hex cylindrical Sustain internal bevel cylindrical in three diameters Restore cylinder Stage-1 internal locking mortice taper Implants Restoratively Compatible To Restore threaded or cylinder ex hex 3.3 or 3.4 Sustain 3.3, 3.4 Sustain threaded or cylinder ex hex 3.3 or 3.4 Restore 3.3, 3.4 Sustain cylinder Restore RD threaded or cylinder ex hex 3.75 or 4.0 Renew RE-Mark Regular Platform 4.1 ranemark, Regular Platform 4.1 Sustain RD threaded or cylinder ex hex 3.75, 4.0, 4.2 RE-Mark-ST RP Refer to ranemark section 3i Miniplant & Standard Osseotite for compatible components. IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Steri-Oss Hex-Loc 3.8 & 4.5 Restore WD threaded 5.0, 5.5, 6.0 or cylinder ex hex 5.0 Sustain WD ex hex 5.0 Sustain WD threaded or cylinder ex hex 5.0 Restore WD ex hex 5.0, 5.5, 6.0 Stage-1 Stage-1 internal locking mortice taper Sustain internal bevel cylindrical 3 diameters Renew RE-Fit TG ITI none ll RD Diameter Restore and Sustain external hex implant components are Renew RE-Mark Regular Platform and ranemark RP 4.1 compatible. For a complete listing of compatible components, refer to the Renew RE-Mark sections of this Renew iocare main catalog. 12

13 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. Restore or Sustain Tissue Extension: The TE (Tissue Extension) also referred to as an abutment, 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. Implant Standardization: The UM tissue extension, compatible with the RP Restore and Sustain external hex only, was developed to standardize the many different implant companies' components and instruments for a more economically controlled 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 Restoratively Compatible To Restore threaded or cylinder ex hex 3.3 or 3.4 Sustain 3.3, 3.4 Sustain threaded or cylinder ex hex 3.3 or 3.4 Restore 3.3, 3.4 Restore RD threaded or cylinder ex hex 3.75 or 4.0 Renew RE-Mark Regular Platform 4.1 ranemark, Regular Platform 4.1 Sustain RD threaded or cylinder ex hex 3.75, 4.0, 4.2 Refer to ranemark section for compatible components. RE-Mark-ST RP 3i Miniplant & Standard Osseotite IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Steri-Oss Hex-Loc 3.8 & 4.5 LIFECORE Restore WD threaded 5.0, 5.5, 6.0 or cylinder ex hex 5.0 Sustain WD ex hex 5.0 Sustain WD threaded or cylinder ex hex 5.0 Restore WD ex hex 5.0, 5.5, 6.0 Stage-1 internal locking mortice taper Sustain internal bevel cylindrical 3 diameters ITI none 13

14 Paragon (Core-Vent)* Sulzer Dental Core-Vent Screw-Vent io-vent Micro-Vent The complete Paragon (Core-Vent) System was developed by Dr. Gerald. Niznick. The research and development department of ttachments International, Inc and Peter E. Staubli assisted Dr. Gerald. Niznick with the design of the original restorative components. The original Core-Vent implant was introduced in 1982 to provide the dental profession with a system that allowed for the most versatile applications, at that time. Today, the Paragon (Core-Vent) Implant Company, a subsidiary of SulzerMedica, produces a variety of implants such as, the original Core-Vent (CV), Screw-Vent (SV), io-vent (V), Micro-Vent (MV), and the Taper-Lock. Components for the and are found in this section. The Taper-Lock implant is a Renew RE-Mark and ranemark regular platform compatible implant and all restorative options are found in the Renew RE-Mark section. Paragon offers five types of implants:, Small Diameter Includes CV 3.5, MV 3.25, V 3.5, SV 3.7 & 3.75, Medium Diameter Includes CV 4.5, MV 4.25 & 4.7, V 4.5, SV 4.7 Screw-Vent Wide Diameter 5.7mm 6.0 Platform Taper-Lock external hex (ranemark Regular Platform compatible) SwissPlus Note: ll CV 3.25, MV 3.25, V 3.5 & Screw-Vent, CV 4.5 & MV 4.25 implants manufactured after 1991, have a 2.5mm anti rotational internal hex. The original CV implant had a 2.0mm hex which was discontinued in Components for the Screw-Vent Wide Diameter and SwissPlus are not listed currently. Implants Restoratively Compatible To Core-Vent 3.5 MV 3.25, SV 3.7 & 3.75, V 3.5 Core-Vent 4.5 MV 4.25 & 4.7, SV 4.7, V 4.5 Screw-Vent WD Platform none Taper-Lock external hex Platform Renew RE-Mark Regular Platform 4.1 Refer to RE-Mark section for ranemark, Regular Platform 4.1 compatible components. 3i Miniplant & Standard Osseotite IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Restore RD & Sustain RD Steri-Oss Hex-Loc 3.8 & 4.5 SwissPlus Renew RE-Fit TG ITI Syn-Octa 4.8 Indications and Quantities of Implants recommended: Single Tooth Replacement 1 implant is required. Do not place the original 2.0mm implant as it has been discontinued. Taper-Lock ridge Reconstructions Recommended for 1 implant attached to an abutment, or for 2 or more free standing implants. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants or far an implant attached to a natural abutment. Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 14

15 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. Core-Vent Tissue Extension: The TE (Tissue Extension) also referred to as the TSI abutment, 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. TSI 1 TSI 3 Implant Standardization: The Renew UM tissue extension was developed to standardize the many different implant companies' components and instruments for a more economically controlled 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. UM Compatibility: Implants Restoratively Compatible To Core-Vent 3.5 MV 3.25, SV 3.7 & 3.75, V 3.5 Core-Vent 4.5 MV 4.25 & 4.7, SV 4.7, V 4.5 Screw-Vent WD Platform none Taper-Lock external hex Platform Renew RE-Mark Regular Platform 4.1 Refer to ranemark section for compatible components. SwissPlus ranemark, Regular Platform 4.1 3i Miniplant & Standard Osseotite IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Steri-Oss Hex-Loc 3.8 & 4.5 Renew RE-Fit TG ITI Syn-Octa 4.8 PRGON (CORE-VENT) bbreviations: In the following text the implant names have been abbreviated to : Core-Vent (CV), Micro-Vent (MV), Screw-Vent (SV), io-vent (V) 15

16 Paragon (Core-Vent) Compatible Impression Copings nalogs IMPRESSION COPINGS Impression copings are used to take an impression of the implant body or of the tissue extension, such as the UM, or the TSI. The one piece titanium impression copings fit to the implant bodies and are used to transfer the thread timing. The two piece titanium hexed impression coping transfers the hex orientation. The Swede-Vent is restoratively compatible with the Renew RE-Mark and ranemark - refer to the Renew RE-Mark compatible section for components. When the UM insert is used as a tissue extension, the standard line of UM components are indicated. C D Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Order # Order # Impression Copings To Fit Implant Hex Impression Coping w/.050" Hex Guide Pin (2 piece) () Non-Hex Impression Coping (1 piece) () N/ Impression Copings To Fit UM UM Hex Impression Coping w/.050" Hex Guide Pin (2 piece) (C) UM Non-Hex Impression Coping (1 piece) (D) NLOGS nalogs are used for the fabrication of a master model. They replicate the fitting surface and threads of the implant body, the UM tissue extension or the TSI (Ti Straight Insert). When the UM insert is used in place of the TSI, then the standard line of UM components are indicated. C Description Order # Order # Implant ody nalog, Stainless () UM nalog, rass () TSI nalog, Stainless (C)

17 Paragon (Core-Vent) Compatible Healing Caps UM Tissue Extension HELING CPS Healing caps are used to maintain access through tissue during the healing phase. They are available in various heights to accommodate tissue depth. Two types of titanium healing caps are available, both requiring the.050" hex driver: ) fits directly to the implant, ) fits on the UM Healing Cap 4.5 Healing Cap UM Healing Cap C Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Dimensions Order # Order # Healing Caps To Fit Implant ( & ) Implant Healing Cap H=2.0mm Implant Healing Cap H=4.0mm Implant Healing Cap H=6.0mm Healing Caps To Fit UM (C) UM Healing Cap H=2.0mm UM Healing Cap H=4.0mm UM Healing Cap H=6.0mm UM (TISSUE EXTENSION) The UM insert was designed to simplify inventory and set an industry standard. Its tapered/ hexagon fitting surface is identical, regardless of the size or type of implant employed, while its screw-in base is implant specific. When the UM insert is used instead of the TSI, the standard line of UM components are indicated. For tools, refer to the io-torq or LT/R sytems pgs UM UM Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Dimensions Order # Order # UM, Tissue Extension ( & ) UM, Tissue extension H=1.5mm UM, Tissue extension H=2.0mm UM, Tissue extension H=3.0mm UM, Tissue extension H=4.0mm UM, Tissue extension H=5.0mm UM, Tissue extension H=6.0mm UM, Tissue extension H=7.0mm PRGON (CORE-VENT) 17

18 Paragon (Core-Vent) Compatible DIRECT HEX TITNIUM POSTS, TWO PIECE The direct hex titanium abutment post interlocks with the 2.5mm internal hex of the implant and is secured with the fastening screw. The fastening screw is identical for the and the titanium post. The titanium posts can be altered like a preparation. ulk trimming of the titanium post should Direct Hex Ti Posts 2 Piece Direct Screw-In Ti & Plastic Posts 1 Piece be done outside of the oral cavity. Fabricate a soft tissue model whenever preparations are made in the laboratory. If the final restoration is to be retrievable, then consider set screws. Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Order # Order # Direct Hex Titanium Post &.050" Hex Screw () USE WITH: Impression Coping Hex w/.050" Hex Guide Pin, two piece Implant ody nalog, 2.5mm Hex DIRECT SCREW-IN TITNIUM POSTS, ONE PIECE The direct titanium abutment posts (without external hex) screws into the implant body and may be secured with Teflon tape, Omni-Lite or OMNI-ond (see auxiliary implant section). The tapered posts can be altered like a preparation. ulk trimming of the titanium post should be done outside of the oral cavity. Fabricate a soft tissue model whenever preparations are made in the laboratory. If the final restoration is to be retrievable then consider set screws. The plastic post should be cast only in precious or semi precious alloy. die is used to refine the cast thread section. Small Implant Diameter CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Implant Diameter CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Dimensions Order # Direct Titanium Post w/.050" hex hole () 2.0mm Direct Titanium Post w/.050" hex hole 3.0mm Direct Plastic Post () 2.0mm USE WITH: Impression Coping Implant ody nalog (2.5mm internal hex) TOOLS: Hex Driver.050" required with Direct Ti Post

19 Paragon (Core-Vent) Compatible ICV-UCL butments CV-UCL UTMENTS Cylinder, Screw & Plug The UCL abutment system is the most widely used restorative concept for single tooth or bridge type restorations. The restorative possibilities include single tooth, bridge, telescopic, and bar type overdenture restorations. Each CV-UCL abutment includes the castable plastic abutment,.050" hex screw, and the patented occlusal plug. Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Order # Order # CV-UCL, Hex butment &.050" Screw, Green () () CV-UCL, Hex butment &.050" Screw, Red () CV-UCL, Non-Hex butment &.050" Screw, Green () () CV-UCL, Non-Hex butment &.050" Screw, Red () PRTS CV-UCL, Hex butment Only, Plastic, Green () CV-UCL, Hex butment Only, Plastic, Red () CV-UCL, Non-Hex butment Only, Plastic, Green () CV-UCL, Non-Hex butment Only, Plastic, Red () CV-UCL, Screw Only, Titanium.050" Hex USE WITH Impression Copings Hex (Two Peice) To Fit Implant, 2.5mm Hex Impression Copings Non-Hex (One Piece Tapered) Implant nalog, rass TOOLS DDS Slot Screwdriver Lab.050" Driver DDS.050" Hex Driver IO-TORQ WRENCHES/TIPS & LT/R DRIVER/TIPS IO-TORQ Wrench 10 N/cm IO-TORQ Wrench 20 N/cm IO-TORQ Wrench 30 N/cm IO-TORQ Tip Hex.050", Short IO-TORQ Tip Hex.050", Long LT/ R Driver LT/R Latch Tip.050" Hex, Short LT/R Latch Tip.050" Hex, Long UM, Reamer Gold Handle Lapping Tool & Guide Pin PRGON (CORE-VENT) 19

20 Paragon (Core-Vent) Compatible Plastic Cylinders for UM Plastic Cylinders for TSI UM, CYLINDER, SCREW & PLUG (CSP) The UM plastic cylinders will fit the UM tissue extension. We recommend the castable plastic cylinders as there will be no coefficient problem or breakage around the cylinders. ll UM hex screws use the same.050" hex driver. The CSP abbreviation means that it includes the long castable plastic cylinder, a screw, and an occlusal plug. DO NOT CST IMPLNT RESTORTIONS IN NON-PRECIOUS SE LLOY. C D E Description Order # UM, Cylinder, Screw & Plug (CSP) UM, CSP Hex Cylinder &.050" Hex Screw & Plug () UM, CSP Hex Cylinder & Slot Screw & Plug () UM, CSP Non-Hex Cylinder &.050" Hex Screw & Plug (C) UM, CSP Non-Hex Cylinder & Slot Screw & Plug (D) PRTS UM, Cylinder Only, Hex Plastic, lue UM, Cylinder Only, Non-Hex Plastic, Yellow UM, Short Cylinder Only, Non-Hex Plastic, Red (E) UM Slot Screw Only UM Hex.050" Screw Only Note: For Single Parts see UM Section. Note: For Slot Screws do not exceed 10 N/cm of torque. CV-TSI, CYLINDER & SCREW The TSI (Titanium Straight Insert) plastic cylinders fit the TSI tissue extension. We recommend the castable plastic cylinders as there will be no coefficient problem or breakage around the cylinders. The TSI hex screw uses the standard.050" (1.25mm) hex driver. The TSI screws may be shortenend to desired height. DO NOT CST IMPLNT RESTORTIONS IN NON-PRECIOUS SE LLOY. Description Order # CV-TSI, Cylinder & Screw CV-TSI, Non-Hex Cylinder &.050" Hex Screw, White () PRTS CV-TSI, Cylinder Only, Non-Hex Plastic, White CV-TSI.050" Titanium Hex Screw

21 Paragon (Core-Vent) Compatible OVERDENTURE STUD TYPE TTCHMENTS Two types of overdenture attachments are commonly used to directly screw in to the implant the Dalla ona and the ORS, O-Ring system. oth connectors are made of titanium and are attached directly to the implant body. The Dalla ona includes 1 male, 1 adjustable female, 1 spacer and Overdenture Stud Type ttachments 1 brass analog. The ORS includes 1 male, 1 retainer ring, 3 white and 3 red O-rings and a brass analog. The retention of the Dalla ona female is adjustable with the activating/deactivating tool. Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Dimensions Order # Order # Dalla ona System () Dalla ona, complete 1mm H= 1mm Dalla ona, complete 2mm H= 2mm Dalla ona, complete 3mm H= 3mm Dalla ona, complete 4mm H= 4mm Dalla ona, complete 5mm H= 5mm Dalla ona, complete 6mm H= 6mm Dalla ona, complete 7mm H= 7mm ORS, O-Ring System () ORS, complete 1mm H= 1mm ORS, complete 2mm H= 2mm ORS, complete 3mm H= 3mm ORS, complete 4mm H= 4mm ORS, complete 5mm H= 5mm ORS, complete 6mm H= 6mm ORS, complete 7mm H= 7mm PRTS Dalla ona, Implant Ti Female, Spacer & nalog Fø=3.4mm Dalla ona, Ti Female & Spacer only Fø=3.4mm ORS, Retainer Rings (6) H=2.0mm ø=5.1mm ORS, Combo O-Rings 10 red, 10 wt., 10 blk Mø=4.5mm ORS, Implant Retainer Ring, nalog & O-Rings TOOLS io-torq Socket io-torq ORS / Dalla ona Tip LT/ R Handle LT/ R ORS / Dalla ona Tip Dalla ona ctivating Tool, lue Dalla ona Deactivating Tool, Yellow PRGON (CORE-VENT) Tip: If you d like to order only the male element Dalla ona or ORS, replace the last zero of the order number with a 3. For example: is the complete Dalla ona 1mm, the male 1mm only is Note: *The Dalla ona male ball diameter for all sizes is 4.5mm 21

22 Paragon (Core-Vent) Compatible Overdenture ttachments ar Type US R SYSTEM The US Ultimate ar System is a convenient kit designed to facilitate the construction of implant bar retained overdentures. In designing this system, consideration has been given to function, ease of use and prevention of distal lift-off while allowing resiliency from the most anterior bar segment. pplications: Indications are for bar overdentures, precision partial dentures and patient removable implant restorations. Each system includes: 1 Hader-EDS ar, green plastic (50mm) 6 Hader-EDS clips 2 of each retention (2 white, 2 yellow, 2 red) 2 Hader-EDS Housings, gold plated stainless steel 1 Hader-EDS Seating Tool 2 SwissLoc ttachments 7.5mm adjustable to 4.0mm 2 SwissLoc Processing Jigs 1 PPM ar 0 degree, blue plastic (50mm) 1 PPM 0 degree Mandrel 1 R 1.5mm Reamer Hader-EDS Clips SwissLoc ttachments 7.5mm PPM ar 0 degree Hader-EDS Housings Hader-EDS ar Description Order # US R KIT US - Ultimate ar System Note: To purchase components or parts separately, refer to the respective pages in the Renew iocare main catalog. 22

23 Paragon (Core-Vent) Compatible INSERTION DRIVERS The io-torq (-T) and LT/R (latch type) Systems were designed to facilitate the insertion of implant components. The io-torq Paragon (CV) compatible insertion tips may be io-torq Drivers LT/ R Insertion Drivers Standard Drivers Wrenches utilized with the io-torq socket / adapter or the io-torq wrenches. The LT/R (latch type) tips are used with right angle handpiece type drivers. C E -T LT / R D Socket Handle -T LT/R -T LT/R -T -T LT/R -T F Description Order # Order # io-torq LT/R Driver Hand Held Socket / Handle () Slot Type Tip Short Slot Type Tip Long () " Hex Tip Short " Hex Tip.Long (C) TSI-1.77mm Tip (D) N/ UM Tip Short (E) UM Tip Long N/ io-torq Extension (F) N/ STNDRD DRIVERS, -T WRENCHES & LT/R DRIVER C Description Order # Standard Drivers DDS Slot Screwdriver () Lab.050" Hex Driver () DDS.050" Hex Driver (C) IO-TORQ Wrenches & LT/R Driver IO-TORQ Wrench 10 N/cm IO-TORQ Wrench 20 N/cm IO-TORQ Wrench 30 N/cm LT/R Driver Note: For Slot Screws do not exceed 10 N/cm of torque. PRGON (CORE-VENT) 23

24 Paragon (Core-Vent) Compatible Reamers Lapping Tools REMERS The reamer with a gold handle is used to refine the internal access hole of the castable cylinders. The reamer also refines the seat for the head of the screw. The reamer fits all UM and CV-UCL abutments. Small Diameter Implant CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Diameter Implant CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Order # Order # Reamer Gold Handle for UM / CV-UCL () LPPING TOOLS & PSTE The titanium lapping tool and lapping guide pin are used with diamond polishing paste to refine the fitting surface of the castable cylinder. The lapping tool includes the guide pin. We recommend using the lapping tools no more than 5-6 times. Small Implant Diameter CV 3.5, MV 3.25, SV 3.7 & 3.75, V 3.5 Medium Implant Diameter CV 4.5, MV 4.25 & 4.7, SV 4.7, V 4.5 Description Order # Order # Lapping Tool & Guide Pin () Lapping Paste, 1 micron white diamond

25 Integral & O-utment Integral 3.25 The Integral Implant System was developed in the early 1980 s by Calcitek of Carlsbad, C. Calcitek, a subsidiary of Sulzer Medica, Inc. Switzerland, is a pioneer and market leader in the H (Hydroxalapatite) technology in the dental market. Calcitek offers all modalities of dental implants and was the first company to use the advanced computer imaging and milling technology to noninvasively create a three-dimensional model of a patient s jawbone upon which a custom subperiosteal implant could be designed and fabricated. Today s Calcitek Implant System consists of two available implants the Integral non-hex 3.25 & 4.0 and the new Spline implant. Two other implants the Omniloc and the Threadloc, are no longer available but replacement components are available from Renew iocare. Omniloc parts are found in this section, Threadloc parts in the RE-Mark section. Integral 3.25 & 4.0 non-hex flat top Omniloc 3.25 & 4.0 (implant discontinued - components available) Threadloc 3.75 (implant discontinued - components available) Integral 4.0 Integral Spline, RD & WD Compatible to the Integral, the O-butment implant was developed in the late 1980 s by Dr. David D. Dalise and has been commercially available since 1989 from the O-Company in lbuquerque, NM. Currently, no components are listed for the Spline Implant System. Implants Restoratively Compatible To Integral 3.25 non-hex flat-top O-utment 3.25 Omniloc 3.25 Integral 4.0 non-hex flat-top nchor 4.0 O-utment 4.0 Steri-Oss Original 4.0 non-hex Omniloc 3.25 & 4.0 none Omniloc 4.0 Threadloc 3.75 external hex RE-Mark Regular Platform 4.1 Refer to RE-Mark section for compatible components. ranemark, Regular Platform 4.1 3i Miniplant & Standard Osseotite IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Restore RD & Sustain RD Taper-Lock INTEGRL Integral Spline, RD & WD none Indications and Quantities of Implants recommended: Single Tooth Replacement 1 implant is required (Omniloc or Spline Implant only) Threadloc ridge Reconstructions Recommended for 1 implant attached to an abutment, or for 2 or more free standing implants. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants or for an implant attached to a natural abutment. Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 25

26 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension (UM or IME) or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. Integral Tissue Extension: The TE (Tissue Extension) also referred to as the Shouldered butment, 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. Shouldered butment Implant Standardization: The UM tissue extension was developed to standardize the many different implant companies' components and instruments for a more economically controlled 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 or press fit neck is implant specific. UM Compatibility: Implants Restoratively Compatible To Integral 3.25 non-hex flat-top O-utment 3.25 Integral 4.0 non-hex flat-top nchor 4.0 O-utment 4.0 Steri-Oss Original 4.0 non-hex Omniloc 3.25 & 4.0 (discontinued) none Threadloc 3.75 external hex (discontinued) Renew RE-Mark Regular Platform 4.1 ranemark, Regular Platform 4.1 3i Miniplant & Standard Osseotite IMZ Hex Head 3.3 & 4.0 Innova Entegra 3.25 & 4.0 Steri-Oss Hex-Loc 3.8 & 4.5 Taper-Lock Integral Spline, RD & WD none 26

27 Integral 3.25 & 4.0 Compatible Impression Copings nalogs IMPRESSION COPINGS Impression copings are used to take an impression of the implant body or of the tissue extension, such as the UM, or the Shouldered butment. The Impression copings which fit the implant bodies are made of titanium and transfers the thread trimming. When the UM insert is used as a tissue extension, the standard line of UM components are indicated. Small Diameter Integral 3.25 Implant Medium Diameter Integral 4.0 Implant C Description Order # Order # Impression Copings To Fit Implant Impression Copings To Fit Implant () Impression Copings To Fit Shouldered butment Impression Coping Shouldered butment () Impression Copings To Fit UM UM Tapered Impression Coping (C) UM Hex Impression Coping w/.050" Hex Guide Pin (D) D NLOGS rass analogs are used for the fabrication of a master model. They replicate the fitting surface and the internal threads of the implant body or the UM tissue extension. When the UM tissue extension is used instead of the Shouldered butment, the standard line of UM components is indicated. INTEGRL C Description Order # Order # Implant ody nalog, rass () Shouldered butment nalog, Stainless Steel () UM nalog, rass (C)

28 Integral 3.25 & 4.0 Compatible UM HELING CPS Healing caps are used to maintain access through tissue during healing phase. They are available in various heights Healing Caps for UM UM Tissue Extension to accommodate tissue depth. The UM healing cap must be used with the UM butment. Small Diameter Integral 3.25 Implant Medium Diameter Integral 4.0 Implant Description Dimensions Order # Order # Healing Caps To Fit UM UM Healing Cap H=2.0mm UM Healing Cap H=4.0mm UM Healing Cap H=6.0mm TOOLS.050" Hex Driver or IO-TORQ Tip Hex.050", Long IO-TORQ Socket Note: The UM healing cap fits both the Integral 3.25 and the Integral 4.0 and must be used with the UM abutment. UM (TISSUE EXTENSION) The UM tissue extension, like the Shouldered butment, fits directly to the implant. When the UM insert is used instead of the Shouldered butment, the standard line of UM components is indicated. Refer to the UM section. UM Integral 3.25 UM Integral Description Dimensions Order # Order # UM, Tissue Extension UM, Tissue Extension H=2.0mm UM, Tissue Extension H=3.0mm UM, Tissue Extension H=4.0mm UM, Tissue Extension H=5.0mm UM, Tissue Extension H=6.0mm UM, Tissue Extension H=7.0mm N/ TOOLS IO-TORQ Tip UM, Short (2 piece) IO-TORQ Tip UM Long (2 piece) IO-TORQ Socket USE WITH UM, Tapered Impression Coping UM, Hex Impression Coping w/.050 Hex Guide Pin UM, rass nalog Refer to Renew UM Section for a complete listing of Renew UM components 28

29 Integral 3.25 & 4.0 Compatible Direct Titanium Posts Direct Plastic Posts DIRECT SCREW-IN TITNIUM OR PLSTIC POSTS The direct titanium abutment post screws into the implant body and may be secured with Teflon tape, Omni-Lite or OMNI-ond (see uxiliary implant products section). The tapered posts, designed for bridge restorations, can be altered like a preparation. The titanium posts have an internal.050" hex for insertion and removal. ulk grinding on the titanium post should be done outside the oral cavity. Fabricate a soft tissue model whenever preparations are made in the laboratory. If the final restoration is to be retrievable, then consider set screws. The plastic post should be cast only in precious or semi precious alloy. die will refine the cast threads. Small Diameter Integral 3.25 Implant Medium Diameter Integral 4.0 Implant Description Dimensions Order # Order # Direct Titanium Posts () Direct Titanium Posts 2.0mm x 12mm N/ Direct Titanium Posts 3.0mm x 12mm N/ Direct Plastic Posts () Direct Plastic Posts 2.0mm x 12mm USE WITH: Impression Coping Implant ody nalog TOOLS: io-torq Wrench 20 N/CM io-torq Socket io-torq Tip Hex.050" long LT/ R Driver LT/ R Handle LT/ R Tip Hex.050" long INTEGRL Note: Dimensions refer to gingival vertical section before taper begins, overall height is 12mm. 29

30 Integral 3.25 & 4.0 Compatible UCL, CYLINDER, SCREW & PLUG (CSP) The UCL abutment system is the most widely used restorative concept for single or bridge type restorations. The UCL for Integral allows only bridge and bar type overdenture possibilities. Each UCL abutment includes the UCL, CSP butments Shouldered butment CSP castable machined plastic abutment,.050" hex screw, and the patented occlusal plug. The UCL abutment is also referred to as a CSP (Cylinder, Screw and Plug). Small Diameter Integral 3.25 Implant Medium Diameter Integral 4.0 Implant Description Order # Order # Cylinder, Screw & Plug (CSP) UCL, 3.5 CSP Cylinder, Hex Screw.050" & Plug () UCL, 4.0 CSP Cylinder, Hex Screw.050" & Plug () PRTS UCL, Plastic Cylinder only UCL, Screw only, Titanium.050" Hex USE WITH Impression Coping, Tapered To Fit Implant Implant ody nalog, rass TOOLS Hex Driver for all.050" Screw, Healing Caps, and Guide Pins Hex Lab.050" Driver Hex DDS Driver12mm, long REMERS UCL Reamer, red handle for Integral 4.0 Reamer, blue handle for SHOULDERED UTMENT (S) CYLINDER, SCREW & PLUG (CSP) The Shouldered butment machined plastic cylinder (waxing cylinder), the.050" hex screw (coping screw) and the occlusal plug will fit the Integral, Integral 4.0, Omniloc and Omniloc 4.0 Shouldered butment only, unlike the UM CSP which fits all implants using the standard UM system. (See next page). Description Order # S, CSP Cylinder & Hex Screw.050" & Plug PRTS: S, Cylinder only () S, Hex Screw.050" only ()

31 Integral 3.25 & 4.0 Compatible UM, Cylinders UM, CYLINDER, SCREW & PLUG (CSP) To set an industry standard, we have available the UM in place of the Shouldered butment. The UM, CSP consists of a machined plastic cylinder hex or non-hex (bridge) type, a hex or slot screw, and an occlusal plug to seal the opening of the occlusal access hole. The hexed cylinders are used for single or telescopic abutments, while the non-hex (bridge) type cylinders are used for bridges or bar retained overdentures. C D E 4.0 Small Implant Diameter Integral 3.25 Medium Implant Diameter Integral 4.0 Description Order # UM Cylinder, Screw & Plug (CSP) UM, CSP, Hex Cyl & Hex.050" Screw & Plug () UM, CSP, Hex Cyl & Slot Screw & Plug () UM, CSP, Non-Hex Cyl & Hex.050" Screw & Plug (C) UM, CSP, Non-Hex Cyl & Slot Screw & Plug (D) PRTS UM, Cylinder only, Hex, Plastic, lue UM, Cylinder only, Non-Hex, Plastic, Yellow UM, Short ar Cylinder only, Red (E) UM Slot Screw only UM Hex.050" Screw only TOOLS IO-TORQ Tip Hex.050", Short IO-TORQ Tip Hex.050", Long IO-TORQ Socket Note: The UM components will not fit on the Shouldered butment. Note: For Slot Screws do not exceed 10 N/cm of torque. INTEGRL 31

32 Integral & 4.0 and OmniLoc Compatible OVERDENTURE STUD TYPE TTCHMENTS Two overdenture attachments commonly used to directly screw in to the implant are the Dalla ona and the ORS, O-Ring system. oth connectors are made of titanium and are attached directly to the implant body. Overdenture Stud Type ttachments The Dalla ona includes 1 male, 1 adjustable female, 1 spacer and 1 brass analog. The ORS includes 1 male, 1 retainer ring, 3 white and 3 red O-Rings and a brass analog Small Implant Diameter Integral 3.25 Medium Implant Diameter Integral Description Dimensions Order # Order # Dalla ona System () Integral 3.25 & 4.0 Integral Integral 4.0 Dalla ona, complete H=1mm Dalla ona, complete H=2mm Dalla ona, complete H=3mm Dalla ona, complete H=4mm Dalla ona, complete H=5mm H Dalla ona, complete H=6mm Dalla ona, complete H=7mm ORS, O-Ring System () Integral 3.25 & 4.0 ORS, complete H=1mm ORS, complete H=2mm ORS, complete H=3mm ORS, complete H=4mm ORS, complete H=5mm H ORS, complete H=6mm ORS, complete H=7mm Dalla ona System Omniloc 3.25 & 4.0 Omniloc Omniloc 4.0 Dalla ona, complete H=1mm Dalla ona, complete H=2mm Dalla ona, complete H=3mm Dalla ona, complete H=4mm Dalla ona, complete H=5mm Dalla ona, complete H=6mm ORS, O-Ring System Omniloc 3.25 & 4.0 ORS, complete H=1mm ORS, complete H=2mm ORS, complete H=3mm ORS, complete H=4mm ORS, complete H=5mm ORS, complete H=6mm TOOLS FOR INTEGRL & OMNILOC io-torq Socket io-torq Dalla ona/ors Tip LT/ R Handle LT/R ORS / Dalla ona Tip Note: *The Dalla ona male ball diameter for all sizes is 4.5mm 32

33 Integral 3.25 & 4.0 Compatible US R SYSTEM The US Ultimate ar System is a convenient kit designed to facilitate the construction of implant bar retained overdentures. In designing this system, consideration has been given to function, ease of use and prevention of distal lift-off while allowing resiliency from the most anterior bar segment. pplications: Indications are for bar overdentures, precision partial dentures and patient removable implant restorations. Each system includes: 1 Hader-EDS ar, green plastic (50mm) 6 Hader-EDS clips 2 of each retention (2 white, 2 yellow, 2 red) 2 Hader-EDS Housings, gold plated stainless steel 1 Hader-EDS Seating Tool 2 SwissLoc ttachments 7.5mm adjustable to 4.0mm 2 SwissLoc Processing Jigs 1 PPM ar 0 degree, blue plastic (50mm) 1 PPM 0 degree Mandrel 1 R 1.5mm Reamer Hader-EDS Clips SwissLoc ttachments 7.5mm PPM ar 0 degree Overdenture ttachments ar Type Hader-EDS Housings Hader-EDS ar Description Order # US R KIT US - Ultimate ar System Note: To purchase components or parts separately, refer to the respective pages in the Renew iocare main catalog. INTEGRL 33

34 Integral 3.25 & 4.0 Compatible INSERTION DRIVERS The io-torq (-T) and LT/R (Latch Type) Systems were designed to facilitate the insertion of implant components. The io-torq RE-Mark, ranemark compatible insertion tips io-torq Drivers LT/ R Insertion Drivers Standard Drivers Wrenches may be utilized with the io-torq socket / adapter or the io- Torq wrenches. The LT/R tips are used with right angle handpiece type drivers. C D -T Socket LT / R Handle -T LT/ R -T LT/ R -T LT/ R -T E Description Order # Order # io-torq LT/R Driver Hand Held Socket / Handle () Slot Tip Short Slot Tip Long () Hex Tip Short Hex Tip Long (C) UM Tip Short (D) UM Tip Long N/ io-torq Extension (E) N/ Note: For Slot Screws do not exceed 10 N/cm of torque. STNDRD DRIVERS, -T WRENCHES & LT/ R DRIVER C Description Order # Standard Drivers DDS.050" Hex Driver () DDS Slot Screwdriver () Lab.050" Hex Driver (C) IO-TORQ Wrenches & LT/R Driver IO-TORQ Wrench 10 N/cm IO-TORQ Wrench 20 N/cm IO-TORQ Wrench 30 N/cm LT/ R Driver

35 Integral 3.25 & 4.0 Compatible Reamers Lapping Tools UM Protector Caps REMERS The reamers are used to refine the internal access hole of a castable cylinder. The reamers also refine the seat for the head of the screw. The Reamer for the 4.0 Integral and Integral are identical to the reamers for the ranemark UCL Regular and Micro respectively. () Description Order # Reamer, Integral 4.0, blue handle for Reamer, UCL, red handle for UM, Reamer Gold Handle LPPING TOOLS & PSTE 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. () Description Order # UCL, Lapping Tool & Guide Pin, UCL, Lapping Tool & Guide Pin, UM, Lapping Tool and Guide Pin Lapping Paste, 1 micron white diamond UM, POLISHING PROTECTOR CP Polishing protector caps are used to protect the gingival area of the gold or cast cylinder while finishing. The protector caps are fastened to the cylinders with the screw. Screws are sold separately. The UM polishing protector cap must only be used with the UM abutment. (C) INTEGRL Description Order # UM, Polishing Protector Cap (6) PRTS Uma Slot Screw UM Hex.050" Screw C 35

36 Steri-Oss Original Non-Hex 3.25 & 3.8 System Steri-Oss, now a subsidiary of Nobel iocare, developed the Steri-Oss implant system in From the beginning, the company has been an innovator in creating simplified, high quality implants, which have contributed greatly to its popularity. Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. Steri-Oss Original Tissue Extension: The TE (Tissue Extension) such as the UM or PME, also referred to as an abutment, 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. PME Implant Standardization: The UM tissue extension was developed to standardize the many different implant companies' components and instruments for a more economically controlled 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. The UM is available for the Original 3.25 & 3.8 Non-Hex Implants. UM Compatibility: Implants Steri-Oss Original 3.25 non-hex flat-top Restoratively Compatible To none Steri-Oss Original nchor , 3.8 and 4.0 non-hex flat-top Integral 4.0 O-utment

37 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE Impression Copings nalogs IMPRESSION COPING The impression coping for the Steri-Oss Original Non-Hex implant is used to take an impression of the implant body. The flat sided titanium impression coping transfers the thread timing. When the UM insert is used as a tissue extension, the standard line of UM components are indicated. Small Diameter Steri-Oss 3.25 Non-Hex (Flat Top) Implant Medium Diameter Steri-Oss 3.8 Non-Hex (Flat Top), also fits 3.5 and 4.0 Non-Hex Implant Description Order # Order # Impression Coping To Fit Steri-Oss Original Non-Hex Impression Coping Non-Hex () NLOGS The brass analogs are used for the fabrication of a master model. They replicate the fitting surface and the internal threads of the implant body or the UM tissue extension. When the UM insert is used in place of the PME, the standard line of UM components is indicated Description Order # Order # Implant ody nalog, rass () UM nalog, rass ()

38 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE UM Tissue Extension UM TISSUE EXTENSION The UM tissue extension, like the PME, fits directly to the implant. When the UM insert is used instead of the PME, the standard line of UM components is indicated. Refer to the UM section. Small Diameter Steri-Oss 3.25 Non-Hex (Flat Top) Implant Medium Diameter Steri-Oss 3.8 Non-Hex (Flat Top), also fits 3.5 and 4.0 Non-Hex Implant Description Dimensions Order # Order # UM, Tissue Extensions UM, Tissue extension H=1.5mm N/ UM, Tissue extension H=2.0mm UM, Tissue extension H=3.0mm UM, Tissue extension H=4.0mm UM, Tissue extension H=5.0mm UM, Tissue extension H=6.0mm UM, Tissue extension H=7.0mm N/ TOOLS io-torq Socket io-torq UM Tip Short io-torq UM Tip Long USE WITH: UM, Tapered Impression Coping one piece UM, Hex Impression Coping w/.050" Hex Guide Pin UM, rass nalog STERI-OSS ORIGINL 3.25 &

39 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE Direct Titanium Posts Direct Plastic Posts DIRECT TITNIUM SCREW-IN OR PLSTIC POSTS The direct titanium abutment post screws into the implant body and may be secured with Teflon tape, Omni-Lite or OMNI-ond (see auxiliary products section). The tapered posts can be altered like a preparation. Grinding on the titanium post should be done outside of the oral cavity. Fabricate a soft tissue model whenever preparations are made in the laboratory. If the final restoration is to be retrievable, then consider set screws. The plastic post should be cast only in precious or semi precious alloy. die will refine the cast threads. Small Diameter Steri-Oss 3.25 Non-Hex (Flat Top) Implant Medium Diameter Steri-Oss 3.8 Non-Hex (Flat Top), also fits 3.5 and 4.0 Non-Hex Implant Description Dimensions Order # Order # Direct Titanium Posts Direct Titanium Posts 2.0mm x 12mm N/ Direct Titanium Posts 3.0mm x12mm N/ Direct Plastic Posts Direct Plastic Posts 2.0mm x 12mm USE WITH: Impression Coping Implant ody nalog Note: Dimension refers to gingival vertical section before taper begins, overall height is 12mm. 39

40 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE UCL Cylinder, Screw & Plug UCL, CYLINDER, SCREW & PLUG (CSP) The UCL abutment system is the most widely used restorative concept for single or bridge type restorations. The UCL for Steri-Oss allows only bridge (non-hex) and bar type overdenture possibilities. Each UCL CSP includes the castable plastic abutment (cylinder),.050" hex screw, and the patented occlusal plug. The UCL abutment is also referred to a CSP, Cylinder, Screw and Plug. For Steri-Oss Hex-Loc implant components refer to the ranemark / UCL section of this manual. Small Diameter Steri-Oss 3.25 Non-Hex (Flat Top) Implant Medium Diameter Steri-Oss 3.8 Non-Hex (Flat Top), also fits 3.5 and 4.0 Non-Hex Implant Description Order # Order # UCL Cylinder, Screw & Plug (CSP) UCL, Non-Hex cylinder,.050" hex screw & plug, 3.25 () UCL, Non-Hex cylinder,.050" hex screw & plug, 3.8 () PRTS UCL, Plastic butment (Cylinder) Only UCL, Screw Only, Titanium.050" Hex (fits both 3.25 & 3.8) USE WITH Impression Copings To Fit Implant Implant ody nalog, rass TOOLS Hex Drivers for all.050" Screws, Healing Caps, and Guide Pins Hex Lab Driver Hex DDS.050" Driver12mm, Long REMER Steri-Oss / Integral 4.0 Reamer, blue handle for STERI-OSS ORIGINL 3.25 &

41 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE UM, CYLINDER, SCREW & PLUG (CSP) To set an industry standard, we have available the UM in place of the PME. The UM, CSP consists of a machined plastic cylinder hex or non-hex (bridge) type, a hex or slot screw, and an occlusal plug to seal the opening of the UM, CSP UM, Screws & Guide Pins occlusal access hole. The hex cylinders are used for single or telescopic abutments, while the non-hex cylinders are used for bridges or bar retained overdentures. C D E Small Diameter Steri-Oss 3.25 Non-Hex (Flat Top) Implant Medium Diameter Steri-Oss 3.8 Non-Hex (Flat Top), also fits 3.5 and 4.0 Non-Hex Implant Description Order # UM Cylinder, Screw & Plug (CSP) UM, CSP Hex Cylinder, Hex.050" Screw & Plug () UM, CSP Hex Cylinder, Slot Screw & Plug () UM, CSP Non-Hex Cylinder,.050" Hex Screw & Plug (C) UM, CSP Non-Hex Cylinder, Slot Screw & Plug (D) UM Cylinders Only UM, Cylinder Only, Hex Plastic, lue UM, Cylinder Only, ridge Plastic, Yellow UM, Short ar Cylinder Only, Red (E) Note: The UM components will not fit with the PME abutment. UM, SCREWS & GUIDE PINS Two types of screws and guide pins are available, a hex type requiring the standard.050" driver, and a slot type requiring a standard slot screwdriver. The hex guide pin is also used with the hex impression coping. C D Description Order # UM Screws & Guide Pins UM,.050" Hex Screw () UM, Slot Screw () UM,.050" Hex Guide Pin (C) UM, Slot Guide Pin (D) TOOLS Drivers For all.050" Screws, Slot Screws, Healing Caps & Guide Pins DDS Slot Screwdriver Hex.050" Lab Driver Hex.050" DDS Driver 12mm, Long Note: For Slot Screws do not exceed 10 N/cm of torque. 41

42 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE OVERDENTURE STUD TYPE TTCHMENTS Two overdenture attachments are commonly used to directly screw into the implant, the Dalla ona and the ORS, O-Ring system. oth connectors are made of titanium and are attached directly to the implant body. The Dalla ona includes 1 male, 1 adjustable female, 1 spacer and 1 brass Overdenture Stud Type ttachments analog. The ORS includes 1 male, 1 retainer ring, 3 white and 3 red O-Rings and a brass analog. The retention of the Dalla ona female is adjustable with the activating/deactivating tool Small Diameter Steri-Oss 3.25 Non-Hex (Flat Top) Implant Medium Diameter Steri-Oss 3.8 Non-Hex (Flat Top), also fits 3.5 and 4.0 Non-Hex Implant Description Dimensions* Order # Order # Dalla ona () Dalla ona, complete H=1mm Dalla ona, complete H=2mm Dalla ona, complete H=3mm Dalla ona, complete H=4mm Dalla ona, complete H=5mm Dalla ona, complete H=6mm H Dalla ona, complete H=7mm N/ ORS, O-Ring System () ORS, complete H=1mm ORS, complete H=2mm ORS, complete H=3mm ORS, complete H=4mm ORS, complete H=5mm ORS, complete H=6mm H ORS, complete H=7mm N/ TOOLS io-torq Socket Dalla ona/ ORS Tip LT/R Handle LT/R ORS / Dalla ona Tip Dalla ona ctivating Tool, lue Dalla ona Deactivating Tool, Yellow Note: *The Dalla ona male ball diameter for all sizes of the and the is 4.5mm STERI-OSS ORIGINL 3.25 &

43 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE US R SYSTEM The US Ultimate ar System is a convenient kit designed to facilitate the construction of implant bar retained overdentures. In designing this system, consideration has been given to function, ease of use and prevention of distal lift-off while allowing resiliency from the most anterior bar segment. pplications: Indications are for bar overdentures, precision partial dentures and patient removable implant restorations. Each system includes: 1 Hader-EDS ar, green plastic (50mm) 6 Hader-EDS clips 2 of each retention (2 white, 2 yellow, 2 red) 2 Hader-EDS Housings, gold plated stainless steel 1 Hader-EDS Seating Tool 2 SwissLoc ttachments 7.5mm adjustable to 4.0mm 2 SwissLoc Processing Jigs 1 PPM ar 0 degree, blue plastic (50mm) 1 PPM 0 degree Mandrel 1 R 1.5mm Reamer Overdenture ar Type ttachments io-torq Drivers LT/R Insertion Drivers Hader-EDS Clips SwissLoc ttachments 7.5mm PPM ar 0 degree Description Order # US R KIT US - Ultimate ar System Note: To purchase components or parts separately, refer to the respective pages in the Renew iocare main catalog. Hader-EDS Housings Hader-EDS ar INSERTION DRIVERS The io-torq (-T) and LT/R Systems were designed to facilitate the insertion of implant components. The io-torq Steri-Oss compatible insertion tips may be utilized with the io-torq socket / adaptor or the io-torq wrenches. The LT/R (latch type) tips are used with right angle handpiece type drivers. C D E -T LT / R Socket Handle -T LT/R -T LT/R -T LT/ R -T LT/R -T F Description Order # Order # io-torq LT/R Driver Hand Held Socket / Handle () Slot Tip Short Slot Tip Long () Hex Tip Short Hex Tip Long (C) ORS / DD / PME Tip (D) UM Tip Short (E) UM Tip Long N/ io-torq Extension (F) N/ Note: For Slot Screws do not exceed 10 N/cm of torque. 43

44 Steri-Oss Original Non-Hex 3.25 & 3.8 COMPTILE STNDRD DRIVERS, -T WRENCHES & LT/ R DRIVER Standard Drivers Wrenches Reamers Lapping Tools C Description Order # Standard Drivers and FG Drivers DDS.050" Hex Driver () DDS Slot Screwdriver () Lab.050" Hex Driver (C) IO-TORQ Wrenches & LT/ R Driver IO-TORQ Wrench 10 N/cm IO-TORQ Wrench 20 N/cm IO-TORQ Wrench 30 N/cm LT/R Driver REMERS The reamers are used to refine the internal access hole of a castable cylinder. The reamers also refine the seat for the head of the screw. The reamer for the Steri-Oss 3.8 and Steri-Oss are identical to the reamers for the ranemark UCL Regular. () Description Order # Steri-Oss / Integral 4.0 Reamer, blue handle for UM, Reamer, gold handle LPPING TOOLS & PSTE 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. () Description Order # Steri-Oss / Integral Lapping Tool and Guide Pin, & UM, Lapping Tool and Guide Pin Lapping Paste, 1 micron white diamond STERI-OSS ORIGINL 3.25 &

45 The IMZ Implant System The IMZ Implant System was developed in Germany by Dr. xel Kirsch in the early 1970 s. It is the only major implant system using a shock absorbing intermobile element designed to simulate the periodontal ligament. IMZ Original 3.3 & 4.0 non-hex flat-top IMZ - Original IMZ Original The original IMZ implant was manufactured in two diameters 3.3mm and 4.0mm. The internal thread of the 3.3mm implant is 2.4mm and the 4.0mm implant has a 3.0mm thread. The external implant body is either titanium plasma sprayed or H coated with hydroxalappetite. The IMZ implant body is no longer sold, however, IMZ restorative components, such as the complete abutment, UM, etc., can still be purchased from ttachments International. Implants IMZ Original 3.3 & 4.0 non-hex flat-top Restoratively Compatible To none Indications and Quantities of Implants recommended: Single Tooth Replacement One implant is required. Use the IMZ Hex Head for this type restoration. Not recommended with the original IMZ 3.3 or 4.0. ridge Reconstructions Recommended for 1 implant attached to an abutment, or for 2 or more free standing implants using a tissue extension. Fixed / Detachable Reconstructions Recommended for 5 or more implants on a fully edentulous arch. ar Type Overdentures Recommended for 2 or more implants using a UM, complete abutment or IME tissue extension, or for an implant attached to a natural abutment. Stud Type Overdentures Requires at least 1 implant. Whenever possible more implants should be used. 45

46 Terminology of Components Restorative Components: The restorative components are the elements used to fabricate a restoration that will be connected to the implant(s). The restoration may also be attached to an intermediate component called a tissue extension (UM or IME) or abutment which in turn is connected to the implant(s). Implant ody: The implant body is placed into the bone for approximately 4-6 months to allow for osseointegration. The implants should not be loaded prior to osseointegration. IMZ - Original Tissue Extension: The TE (Tissue Extension) also referred to as the Complete butment, 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. Complete butment IMZ Implant Standardization: The UM tissue extension was developed to standardize the many different implant companies' components and instruments for a more economically controlled 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. UM Compatibility: Implants IMZ Original 3.3 & 4.0 non-hex flat-top Restoratively Compatible To none 46

47 IMZ Non-Hex 3.3 & 4.0 Compatible Impression Copings nalogs IMPRESSION COPINGS Impression copings are used to take an impression of the implant body or the tissue extension, such as the UM, Complete abutment, titanium IME, or plastic IME. The Impression Copings which fit the implant bodies are made of titanium and transfer the thread timing. The new style IME/UM impression coping is made of titanium and is more accurate than the old style plastic impression coping. For the IMZ-Hex Head implant, refer to the ranemark compatible section. When the UM insert is used as a tissue extension, the standard line of UM components is indicated. 3.3 Small Implant Diameter IMZ 3.3 Medium Implant Diameter IMZ Description Order # Order # Impression Copings To Fit Implant Impression Coping for IMZ () Impression Copings To Fit UM / IME or Complete butments IME/ UM Impression Coping Tapered 3.3 or 4.0 () NLOGS nalogs are used for the fabrication of a master model. They are replicas of the implant body or the IME or Complete abutment tissue extension. The new IME impression technique requires only one analog Description Order # Order # IMZ Implant ody nalog, rass () IME nalog, rass ()

48 IMZ Non-Hex 3.3 & 4.0 Compatible HELING CPS Healing caps are used to maintain access through tissue during healing phase. They are available in various heights to accommodate tissue depth. Two types of titanium healing UM butment UM Cylinder, Screw & Plug (CSP) caps are available, both requiring the.050" hex driver: 1) fits directly to the implant, 2) fits on the IME or the UM. 4.0 Small Implant Diameter IMZ 3.3 Medium Implant Diameter IMZ Description Dimensions Order # Order # Healing Caps To Fit Implant Implant Healing Cap () H=2.0mm Implant Healing Cap H=4.0mm Implant Healing Cap H=6.0mm Healing Caps To Fit IME/UM IME, UM Healing Cap H=2.0mm IME, UM Healing Cap H=4.0mm IME, UM Healing Cap H=6.0mm TOOLS DDS Hex Driver.505" COMPLETE UTMENT (TISSUE EXTENSION) NEW STYLE The complete titanium abutments are extensions to fit from the implant through the tissue, without the TIE. The Complete butment combines the TIE and the IME in one unit, like the UM. The UM healing caps will also fit the IME or Complete abutment. When the UM insert is used in place of the IME or the Complete butment, then the standard line of UM components are indicated Description Dimensions Order # Order # Complete butment 3.3 OH=2.5mm Complete butment 3.3 OH=3.5mm Complete butment 4.0 OH=2.0mm Complete butment 4.0 OH=3.0mm Complete butment 4.0 OH=5.0mm TOOLS LT / R Handle LT / R Complete butment Tip Impression Coping for IME or Complete butment rass nalog for IME or Complete butment OH = Overall Height 48

49 IMZ Non-Hex 3.3 & 4.0 Compatible UM UTMENT (TISSUE EXTENSION) The UM titanium abutments are extensions which fit from the implant through the tissue, without the TIE. The UM is the most widely used universal abutment utilizing a hex and a taper. The UM is available for most commonly available UM butments UM, Cylinder, Screw & Plug (CSP) implant systems. The standard UM components are indicated when the UM insert is used in place of the IME or the complete abutment. For details, refer to the UM section Small Implant Diameter IMZ 3.3 Medium Implant Diameter IMZ Description Dimensions Order # Order # UM butment 0.5mm UM butment 1.0mm UM butment 2.0mm UM butment 3.0mm UM butment 4.0mm UM butment 5.0mm UM butment 6.0mm UM butment 7.0mm TOOLS: UM butment Driver see UM section UM Impression Coping, Tapered Non-Hex UM Impression Coping Hex w/.050" Hex Guide Pin UM rass nalog UM, CYLINDER, SCREW & PLUG (CSP) The UM, CSP consists of a machined plastic cylinder hex or non-hex (bridge) type, a hex or slot screw, and an occlusal plug to seal the opening of the occlusal access hole. The hex cylinders are used for single or telescopic abutments, while the non-hex cylinders are used for bridges or overdenture bars. C D E Description Order # UM, CSP Hex Cyl & Hex.050" Screw & Plug () UM, CSP Hex Cyl & Slot Screw & Plug () UM, CSP Non-Hex Cyl & Hex.050" Screw & Plug (C) UM, CSP Non-Hex Cyl & Slot Screw & Plug (D) UM, Short Cylinder Only, Red (E) TOOLS: UM, Reamer Gold Handle UM, Lapping Tool and Guide Pin Note: For Slot Screws do not exceed 10 N/cm of torque. 49

50 IMZ Non-Hex 3.3 & 4.0 Compatible TITNIUM & PLSTIC 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, Omni-Lite or OMNI-ond Titanium Posts Plastic Posts Ti-locs (see misc. implant section). The tapered posts can be altered like a preparation. Fabricate a soft tissue model whenever preparations are made in the laboratory. Small Implant Diameter IMZ 3.3 Medium Implant Diameter IMZ Description Order # Order # Direct Titanium Posts () Direct Plastic Posts () USE WITH: Impression Coping Implant ody nalog TI-LOC The titanium bloc screws into the implant body and may be secured with Teflon tape, Omni-Lite or OMNI-ond. 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 Description Dimensions Order # Order # Ti-loc 3.3 small () ø=4.0mm Ti-loc 3.3 medium ø=8.0mm Ti-loc 4.0 small () ø=5.0mm Ti-loc 4.0 medium ø=8.0mm USE WITH: Impression Coping Implant ody nalog

51 IMZ Non-Hex 3.3 & 4.0 Compatible Plastic Cylinders Screws & Guide Pins PLSTIC CYLINDERS TO FIT IME & COMPLETE UTMENT The plastic cylinders will fit the IME as well as the Complete butment. We recommend the castable plastic cylinders as there will be no coefficiency problem or breakage around the cylinder. The cylinders use the short screws that are available with a slot or with a.050" hex head. The CSP abbreviation means that it includes the long gray castable plastic cylinder, a screw, and an occlusal plug. DO NOT CST IMPLNT RESTORTIONS IN SE LLOY (NON-PRECIOUS). C D Small Implant Diameter IMZ 3.3 Medium Implant Diameter IMZ Description Order # Order # CSP (Cylinder, Screw & Plug) CSP, Cylinder, Slot Screw and Plug () CSP, Cylinder,.050" Hex Screw and Plug () PRTS Plastic Cylinder, Long for 3.3 or 4.0 (C) Plastic Cylinder, Short for 3.3 or 4.0 (D) Slot Screw Only Hex.050" Screw Only TOOLS UM, Reamer Gold Handle UM, Lapping Tool and Guide Pin SCREWS & GUIDE PINS The titanium screws and titanium guide pins are used to fasten the restoration to the abutments Description Order # Order # Screws () Slot Screw Hex.050" Screw Guide Pins () Guide Pins.050" Hex Note: For Slot Screws do not exceed 10 N/cm of torque. 51

52 IMZ Non-Hex 3.3 & 4.0 Compatible OVERDENTURE STUD TYPE TTCHMENTS Two overdenture attachments are commonly used to directly screw in to the implant the Dalla ona and the ORS, O-Ring system. oth male elements are made of titanium and are attached directly to the implant body. The Dalla ona includes 1 male, 1 adjustable female, 1 spacer and Overdenture Stud Type ttachments 1 brass analog. The ORS includes 1 male, 1 retainer ring, 3 white and 3 red O-Rings and a brass analog. The retention of the Dalla ona female is adjustable with the activating/deactivating tool. Small Implant Diameter IMZ 3.3 Medium Implant Diameter IMZ Description Dimensions Order # Order # Dalla ona System () Dalla ona, complete H=1mm Dalla ona, complete H=2mm Dalla ona, complete H=3mm Dalla ona, complete H=4mm Dalla ona, complete H=5mm Dalla ona, complete H=6mm Dalla ona, complete H=7mm ORS, O-Ring System () ORS, complete H=1mm ORS, complete H=2mm ORS, complete H=3mm ORS, complete H=4mm ORS, complete H=5mm ORS, complete H=6mm ORS, complete H=7mm PRTS Dalla ona, Implant Ti Female, Spacer & nalog Fø=3.4mm Dalla ona, Ti Female & Spacer only Fø=3.4mm ORS, Retainer Rings (6) H=2.0mm ø=5.1mm ORS, Combo O-Rings 10 red, 10 wt., 10 blk Mø=4.5mm ORS, Implant Retainer Ring, nalog & O-Rings TOOLS io-torq Socket io-torq ORS / Dalla ona Tip LT/ R Handle LT/ R ORS / Dalla ona Tip Dalla ona ctivating Tool, lue Dalla ona Deactivating Tool, Yellow Tip: If you only need the male element Dalla ona or ORS, replace the last zero of the order number with a 3. For example: is the D Complete for IMZ 3.3. The male only is

53 IMZ IMZ Non-Hex 3.3 & 4.0 Compatible US R SYSTEM The US Ultimate ar System is a convenient kit designed to facilitate the construction of implant bar retained overdentures. In designing this system, consideration has been given to function, ease of use and prevention of distal lift-off while allowing resiliency from the most anterior bar segment. pplications: Indications are for bar overdentures, precision partial dentures and patient removable implant restorations. Each system includes: 1 Hader-EDS ar, green plastic (50mm) 6 Hader-EDS clips 2 of each retention (2 white, 2 yellow, 2 red) 2 Hader-EDS Housings, gold plated stainless steel 1 Hader-EDS Seating Tool 2 SwissLoc ttachments 7.5mm adjustable to 4.0mm 2 SwissLoc Processing Jigs 1 PPM ar 0 degree, blue plastic (50mm) 1 PPM 0 degree Mandrel 1 R 1.5mm Reamer Overdenture ttachments ar Type Reamers Lapping Tools Hader-EDS Clips SwissLoc ttachments 7.5mm PPM ar 0 degree Description Order # US R KIT US - Ultimate ar System Note: To purchase components or parts separately, refer to the respective pages in the Renew iocare main catalog. Hader-EDS Housings Hader-EDS ar REMERS The reamers are used to refine the internal access hole of a castable cylinder. The reamers also refine the seat for the head of the screw. The Reamer fits all UM and IMZ IME European new style cylinders. Description Order # UM, Reamer Gold Handle LPPING TOOLS & PSTE 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 Lapping Diamond Paste