Nova Implants surface treatment is carried out by one of the worlds. Implants maintains a meticulous quality control system and complies

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2 IMPLANTS MEDICAL DEVICES & DEVELOPMENT Nova Implants Medical Devices & Development Ltd. is a young, innovative, expanding high-tech production and research company. Specializing in the development of dental solutions and advanced production techniques. Nova Implants has over a decades experience in the field, and is recognized by the industry for its high quality products and constant clinical successes. Nova Implants continuously strives to design, develop and manufacture implants and prosthetics of the highest quality by implementing the latest advancement in implant science. Nova Implants market a comprehensive range of dental implants and superstructures. Nova Implants surface treatment is carried out by one of the worlds leading laboratories who have over ten years experience and have produced thousands of implants with a high level of success. Nova Implants maintains a meticulous quality control system and complies with major quality control standards. The implants, prosthetics and accompanying aids manufactured by Nova Implants, naturally integrate into the body, reduce healing time, minimize rejections, prevent complications and provide durability for years. The surface of all Nova s implants undergo a complex procedure which significantly increases the success of the osseointegration process. The Nova Implants consulting team offers all-round professional and technical support. Nova Implants continuously strives to improve its products and simplify your procedures, providing the patients with reliable long-lasting successful results. 1 All specifications in this catalog are subject to change without prior notice. All models shown are for simulation purposes.

3 About Us 1 Contents 2 RBM Dental Impants by CST Process 3-8 NOVA Implants System PSI 9-11 NOVA Implants System PCI NOVA One Stage System DV ORTHODONTIC ANCHOR SCREW HEALING CAPS Standard 19 Narrow 19 Wide 19 Premium Healing Caps 20 PROSTHETIC ABUTMENTS Standard Straight 21 Standard Straight Long 21 Standard Straight Narrow 21 Standard with Shoulder 22 Anatomic Straight 22 NEW Anatomic Straight 22 Angulated Angulated 15 Narrow 23 Anatomic Angulated Angulated Angulated 25 Narrow 24 Anatomic Angulated NEW Anatomic Angulated NEW Anatomic Angulated Angulated Angulated BALL ATTACHMENTS 27 Standard 27 Covers 27 IMPRESSION COPINGS Closed Tray 28 Open Tray 29 Abutment Screws 29 ESTHETIC ABUTMENTS 30 Components 30 Plastic Sleeve 30 Screws 30 ABUTMENT SLEEVES 31 Delrin Hex & Non Hex 31 Delrin Wide Hex & Non Hex 31 Custom Titanium Castable 31 PLASTIC ANATOMIC ABUTMENTS 32 Anatomic Angulated Anatomic Angulated ZIRCONIUM ABUTMENTS 33 Standard 33 Angulated Angulated IMPLANT ANALOGS 34 DRILLS & COUNTERSINKS 35 IMPLANT TOOLS 36 IMPLANT TOOLS 37 TOOL KIT 37 Packaging 38 Symbols 38 Opening Instructions 39 Procedures 40 User Instructions 41 2

4 RBM dental implants by CST Process Summary NOVA Implants has completed technological validation of RBM (Resorbable Blasting Media) Process, based on its CST (Comprehensive Surface Treatment) Process. From now, our customers may benefit from well known advantages of RBM implants. RBM surface is featured by extensively developed roughness and no biocompatibility obstructions, thanks to using of biocompatible Calcium Phosphate blasting media. Calcium Phosphates are easily dissolved, leaving well textured surface completely free of contaminants. Additionally, RBM does not need strong acids for removing of blasting media remains, which contributes to implants biocompatibility as well. NOVA Implants RBM surface undergoes completing surface treatment by citric acid, also compatible to live textures. NOVA Implants RBM CST Process uses an apatite born Calcium Phosphate having approximate chemical composition of Ca3(PO4) (Tri-Calcium Phosphate), blasted at automatic blasting machine allowing uniform and repeatable surface of implants. The clean- ing, washing-out and washing stages include using of Ultrasonic Baths with De-ionized Water of high purity, air drying is carried out in clean room class 10,000, while quality control at all stages of the treatment is performed including on-line SEM-EDS control and periodical XPS and optical profilometry tests. NOVA RBM implants demonstrate high surface performances, and when checked by advanced physical instruments (SEM, EDS, XPS, Optical Profilometer) are revealed to be fully identical to the surface performances of implants manufactured by the leaders in the field: 1. The surface structure (morphology) of the NOVA Implants RBM dental implants, as exposed by SEM microphotographs, is featured by highly developed surface porosity. 2. The surface roughness of the NOVA Implants RBM dental implants is well-defined and uniform. The main roughness parameter Ra has good acceptable value of 1.9microns. 3. The surface purity of the NOVA Implants RBM dental implants, as exposed by SEM microphotographs and checked by EDS-SEM instrument, is nearly absolute: no inclusions or contaminations are detected, any point of the surface is revealed to be pure Titanium alloy. 4. The surface chemical composition of the NOVA Implants RBM dental implants, as analyzed by XPS instrument, represents well acceptable values of the main elements usually found on the dental implants surface underwent blasting and blasting media cleaning. 3

5 RBM CST Process The Process Following years of experience in developing, engineering and industrial running of its alumina- blasting-double-etching CST Process, successfully operated during several years for manufacturing hundred of thousands dental implants, NOVA Implants has entered the RBM processing as well, to contribute to the world spreading of this novel process and to allow its customers to benefit from it. The RBM CST Process as presently validated is detailed in the appropriate NOVA Implants documents and consists of the following main stages of the implants treatment: Washing from machining remains, including Ultrasonic Bathes and steam cleaning. Calcium Phosphates Blasting for formation of surface morphology, using automatic blasting machine allowing uniform and repeatable blasted surface of implants. After blasting washing. Dissolution of the blasting media in diluted inorganic acid solutions not attacking Titanium. Surface conditioning through replacement of inorganic acids by citric acid. Ultimate washing, finally in Ultrasonic Bathe with DIW of high purity. Air drying in clean room class 10,000. Quality control at all stages of the treatment, including on-line SEM-EDS control and periodical XPS and optical profilometry tests. The blasting media used in the Process is an apatite born Calcium Phosphate having approximate chemical composition of Ca3(PO4) (Tri-Calcium Phosphate) with hardness estimated as 5 by the Mohs scale of hardness, as compared to 9 for Alumina. 2 mm The <300 μm particles of the apatite abrasive. 4

6 RBM implants comparative tests - SEM general view Test Results of NOVA RBM implants, which show their full identity to other RBM implant leaders in the field. SEM (Scanning Electron Microscope) - General view, Magnification X 10 Lifecore Biomedical RBM Implant NOVA RBM Implant sample APA-S NOVA RBM Implant sample a-gamma 2 mm 2 mm CONCLUSION: All three implants have gained identically clean microporous homogeneous surface. SEM (Scanning Electron Microscope) - surface structure (morphology) Lifecore Biomedical RBM Implant (X 500 magnification) NOVA RBM Implant samples APA-S and a-gamma (X 2000 mag.) Osstem(**) RBM Implant MAGNIFICATION X X 4000 * www. trycare.co.uk/ techdata_pdfs/106. pdf X 2000 ** www. chirurgiaorale. altervista.org/ Ostem/ostem/ RBM_Research.pdf 2 mm X 1000 CONCLUSION: All implants have an identical surface, and features intensive developed morphology with sharp boundaries, without special geometry. 5

7 Roughness by optical pro filometer Test s results of roughness measurement by optical profilometer, for NOVA Implants RBM implant, sample APA-P TECHNION IIT Title: Note: Surface statistics Rq Ra Rv Rp Rt X Y Ht Dist Angle um 1.94 um um um um Date Time Measurement Mode Fov Objective Pixel size um um um um 05/09/ :15:43 VSR 1.0 X 50 X mm 6

8 Comparative Results Comparative results of the main roughness parameter Ra value, for dental implant surface: Company Lifecore Osstem NOVA Implants Implant RBM implant RBM implant RBM implant Source (*) (**) Above test results Ra, microns * www. trycare.co.uk/ techdata_pdfs/106. pdf ** www. chirurgiaorale. altervista.org/ ostem/ostem/ RBM_Research.pdf Test instrument or way of derivation Ra is calculated following the Lifecore web page definition: Lifecore s RBM surface offers approximately 250% greater surface roughness (Ra) than a traditional machined surface, the last is roughly estimated as of 0.5 microns The Ra value as defined at the Osstem web page from the above profile image Veeco Optical Profilometer Conclusion: The surface of NOVA Implants RBM implants has homogeneous roughness with Ra statistical value of 1.9 microns, within a range declared as optimal by leaders in the field. Surface chemistry & purity of NOVA Implants RBM implants as tested by SEM-EDS (Scanning Electron Microscope and Energy Distribution Spectrum) NOVA Implants RBM sample identification: APA-S a-gamma a-beta SEM microphotograph, magnification X500: EDS (*): Conclusion: SEM microphotographs show absolutely clean porous surface of the implants, while EDS chemical analysis at any point of the surface show regular chemical composition of Ti-Al-V alloy with no contaminations. (*)The spectra were obtained from the random points on the surface as seen by the microphotograph, while absolutely identical spectra were revealed on any point of the tested surface. The high pick on the spectrum is responsible for Ti, the left small is responsible for Al, and the right small one for V. 7

9 Implant customers will benefit from RBM implants www. chirurgiaorale. altervista.org/ Ostem/ostem/ RBM_Research.pdf Chemical composition of dental implants surface as tested by X-ray Photoelectron Spectroscopy (XPS) Element concentration, atomic %, as defined at the Company Implant source measure point by XPS Ti O C AI V N Ca Zn Si P RBM implant, XPS test NOVA sample APAX- for this Implants , top research section NOVA Implants Osstem RBM implant, sample APAX , screw section RBM implant XPS test for this research (*) Conclusions: 1.Main chemical components detected on the surface (Ti, O, C) are of identical level for both NOVA Implants and Osstem implants (Al and V at the NOVA Implants are on the usual level for Ti6Al4V alloy, while their absence in the Osstem case may point out on using of pure Titanium for implants manufacturing). 2. Traces of Ca and P are remains of biocompatible blasting media (Calcium Phosphate) used in both cases. 3. Other negligible traces are common for both cases and constitute remains of materials used at various stages of the surface treatment process. Benefits The surface structure (morphology) of the NOVA Implants RBM dental implants, as exposed by SEM mi crophotographs, is identical to that of the leading companies in the field and is featured by highly developed surface porosity. The surface roughness of the NOVA Implants RBM dental implants is well-defined and uniform. The main roughness parameter Ra has good acceptable value of 1.9 microns, which falls in the range of this parameter as declared by the leaders in the field. The surface purity of the NOVA Implants RBM dental implants, as exposed by SEM micropho-tographs and checked by EDS-SEM instrument, is nearly absolute: no inclusions or contaminations are detected, any point of the surface is revealed to be pure Titanium alloy. The surface chemical composition of the NOVA Implants RBM dental implants, as analyzed by XPS instrument, represents well acceptable values of the main elements usually found on the dental implants surface that underwent blasting and blasting media cleaning, and is comparable to that of the leaders in the field. 8

10 Implant System - PSI Nova Implants are taperd internal hex implants, designed to enable easy insertion while supporting excellent initial stability. The variable thread design enables self tapping, thus providing superb solutions for a variety of bone conditions. All our implants are made of the titanium alloy Ti-6Al-4V ELI, in accordance with ASTM-F Titanium has the outstanding capability to integrate almost completely with the bone. This unique charactaristic coupled with its meatalorgic advantages of strength & endurance makes titanium the ideal implant material. In addition it can be precisely machined to ensure a range of implants that meets the requirements of modern state of the art Prosthetics. All our implants can be ordered with the regular SLA surface treatment or the new RBM more advanced surface treatment. Nova Implants multi-design features offers an excellent solution for immediate placement and immediate loading. One platform fits all implant diameters. Packaging has been designed for quick identification and easy opening. Nova Implants adhere to the highest international standards of manufacturing and have the ISO standards Institute and CE approval. Clinical Benefits: Better control during placement. Greater initial placement stability. Self drilling, super self-tapping feature. Self-condensing. Self-directing in line of insertion. Product Identification NAME DIAMETER LENGTH PSI L8 Color Identification - implants RED 3.30mm BLUE 3.75mm GREEN 4.20mm BLACK 5.00mm BROWN 6.00mm 9

11 Implant System - PSI ø 3.3 mm ø 3.3 mm PSI-3.3-L8 PSI-3.3-L10 PSI-3.3-L11.5 PSI-3.3-L13 PSI-3.3-L16 8 mm 11.5 mm 16 mm Surface Treatment ø ø PSI-3.75-L8 PSI-3.75-L10 PSI-3.75-L11.5 PSI-3.75-L13 PSI-3.75-L16 8 mm 11.5 mm 16 mm Surface Treatment ø 4.2 mm ø 4.2 mm PSI-4.2-L8 PSI-4.2-L10 PSI-4.2-L11.5 PSI-4.2-L13 PSI-4.2-L16 8 mm 11.5 mm 16 mm Surface Treatment 10

12 Implant System - PSI ø 5.0 mm ø 5.0 mm PSI-5-L8 PSI-5.-L10 PSI-5-L mm 11.5 mm Surface Treatment ø 6.0 mm PSI-5-L13 PSI-5.0-L16 16 mm ø 6.0 mm PSI-6-L8 PSI-6-L10 PSI-6-L11.5 PSI-6-L13 8 mm 11.5 mm Surface Treatment Color Identification - drills Implant Procedures drill point MD 100 drill-1.20 DR 0020 DR 5032 drill BLUE 3.20mm GREEN 3.65mm BLACK 4.20mm DR 5028 drill DR 5028 drill BROWN 5.20mm PSI -BONE TYPE, PCI -BONE TYPE DR 5042 drill-4.2 DR drill-3.65 ø3.75mm To be used at the begining of each procedure RED 2.80mm DR 5032 drill DR 5028 drill ø4.2mm DR 5032 drill DR drill-3.65 DR 5028 drill ø5mm DR 5032 drill DR drill-3.65 DR 5048 drill-5.2 DR 5042 drill-4.2 ø6mm

13 Implant System - PCI The Nova PCI implant is a straight wall 2.5 mm internal hex implant (standard) for both two-stage and single stage procedures. This design has a larger surface area that increases the bone to implant contact, resulting in more surface area for bone-cell attachment and interaction with the osteoblasts. The Nova PCI implant is self drilling, with a unique wide threads design, with tapered threads on the apical part for self tapping. It can be used with all bone types, but is specially recommended for bone type 1. All our implants can be ordered with the regular SLA surface treatment or the new RBM more advanced surface treatment. Product Identification NAME DIAMETER LENGTH PCI L8 Color Identification - implants RED 3.30mm BLUE 3.75mm GREEN 4.20mm BLACK 5.00mm BROWN 6.00mm 12

14 Implant System - PCI ø 3.3 mm ø 3.3 mm PCI-3.3-L8 PCI-3.3-L10 PCI-3.3-L11.5 PCI-3.3-L13 PCI-3.3-L16 8 mm 11.5 mm 16 mm Surface Treatment ø ø PCI-3.75-L8 PCI-3.75-L10 PCI-3.75-L11.5 PCI-3.75-L13 PCI-3.75-L16 8 mm 11.5 mm 16 mm Surface Treatment ø 4.2 mm ø 4.2 mm PCI-4.2-L8 PCI-4.2-L10 PCI-4.2-L11.5 PCI-4.2-L13 PCI-4.2-L16 8 mm 11.5 mm 16 mm Surface Treatment 13

15 Implant System - PCI ø 5.0 mm ø 5.0 mm PCI-5-L8 PCI-5-L10 PCI-5-L11.5 PCI-5-L13 PCI-5-L16 8 mm 11.5 mm 16 mm Surface Treatment ø 6.0 mm ø 6.0 mm PCI-6-L8 PCI-6-L10 PCI-6-L11.5 PCI-6-L13 8 mm 11.5 mm Surface Treatment Color Identification - drills Implant Procedures drill point MD 100 DR 5032 drill ø3.3 mm GREEN 3.65mm BLACK 4.20mm BROWN 5.20mm PSI -BONE TYPE, PCI -BONE TYPE DR 5042 drill-4.2 DR 5028 DR 5032 drill drill ø BLUE 3.20mm DR drill-3.65 DR 5028 drill DR 5028 drill drill-1.20 DR 0020 RED 2.80mm DR 5028 drill ø4.2 mm DR 5032 drill DR drill-3.65 DR 5028 drill ø5 mm DR 5032 drill DR 5048 drill-5.2 DR DR 5042 drill-3.65 drill-4.2 ø6 mm To be used at the begining of each procedure 14

16 One Stage System - DV A one piece implant and abutment (one stage) is available in 2.8 mm, 3.3mm, 3.6mm and 4.2mm diameters. The Nova one stage system is suitable for cases of narrow ridges or closed spaces between the teeth. It can also be used for immediate loading in all types of bone. All our implants can be ordered with the regular SLA surface treatment or the new RBM more advanced surface treatment. Both are conductive to bone. The transgingival neck with titanium oxide coating is placed at bone level. Placement: Make a pilot drilling (2mm) and using the plastic mount and Nova driver (2.1 mm) to place the implant. The abutment, if required, can support the provisional prosthesis. Impression: Use the plastic impression copying and the Nova analog. Product Identification NAME DIAMETER LENGTH DV L13 Color Identification - implants YELLOW 2.80mm RED 3.30mm BLUE 3.60mm GREEN 4.20mm ø 2.8 mm ø 2.8 mm DV-2.8-L10 DV-2.8-L11.5 DV2.8-L13 DV2.8-L mm 15 mm Surface Treatment ø 3.3 mm ø 3.30 mm DV-3.3-L10 DV-3.3-L11.5 DV-3.3-L13 DV-3.3-L mm 15 mm Surface Treatment 15

17 One Stage System - DV ø 3.6 mm ø 3.6 mm DV-3.6-L10 DV-3.6-L11.5 ø 4.2 mm 11.5 mm Surface Treatment DV3.6-L13 DV-3.6-L15 15 mm ø 4.2 mm DV-4.2-L10 DV-4.2-L11.5 DV-4.2-L13 DV-4.2-L15 Implant Procedures 11.5 mm Surface Treatment YELLOW 2.50mm RED 2.80mm BLUE 3.20mm drill NDI 3.2O drill NDI 2.5O ø2.8 mm 15 mm GREEN 3.65mm drill NDI 2.8O drill NDI 2.5O drill-1.20 DR 0020 Color Identification - drills WHITE 1.20mm drill point MD 100 drill drill NDI 2.5O NDI 2.8O ø3.3 mm drill drill drill NDI 2.5O NDI 2.8O NDI 3.2O ø3.65 mm ø4.2 mm To be used at the begining of each procedure 16

18 Orthodontic Anchor Screw The Nova MOI Orthodontic anchor screws are used as an anchor system for improving anchorage efficiency during the orthodontic treatment. The Nova MOI is self Tapping for quick and easy use. Due to its temporary function the surface of the titanium is not treated by sand blasting/acid-etch. ø 1.2 mm ø 1.20 mm MOI-1.2-L6 MOI-1.2-L8 MOI-1.2-L10 MOI-1.2-L mm 8 mm 11.5 mm ø 1.5 mm ø 1.50 mm MOI-1.5-L6 MOI-1.5-L8 MOI-1.5-L10 MOI-1.5-L mm 8 mm 11.5 mm 17

19 Orthodontic Anchor Screw ø 2.0 mm ø 2.0 mm MOI-2-L6 MOI-2-L8 MOI-2-L10 MOI-2-L mm 8 mm 11.5 mm ø 2.5 mm ø 2.5 mm MOI-2.5-L6 MOI-2.5-L8 MOI-2.5-L10 MOI-2.5-L mm 8 mm 11.5 mm 18

20 Healing Caps The healing cap is used as a covering for the implant to prevent bone and tissue growth over the implant during osseointegration. The healing caps are taller than cover caps, and usually remain in place for about 3-6 months to allow the gum tissue to form around the shape of the cap. Healing caps also help to keep the gum tissue pushed back so that a crown or abutment can be easily fitted. ø 4.7 mm Standard ø 4.70 mm HC-4020 HC-4030 HC-4040 HC-4050 HC-4060 HC-4070 Collar 2 mm 3 mm 4 mm 5 mm 6 mm 7 mm Collar 8 mm 11 mm 12 mm ø Narrow ø HC-3020 HC-3030 HC-4040 HC-3050 HC-3060 HC-3070 Collar Collar 2 mm 3 mm 4 mm 5 mm 6 mm 7 mm 8 mm 11 mm 12 mm ø mm Wide ø mm HCW-6030 HCW-6040 HCW-6050 HCW-6060 Collar Collar 3 mm 4 mm 5 mm 6 mm 11 mm 12 mm 19

21 Premium Healing Caps ø 4.7 mm PREMIUM Standard ø 4.70 mm PMI 5002 PMI 5003 PMI 5004 PMI 5005 PMI 5006 PMI 5007 Collar Collar 2 mm 3 mm 4 mm 5 mm 6 mm 7 mm 8 mm 11 mm 12 mm Material TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI ø PREMIUM Narrow ø PMI 5102 PMI 5103 PMI 5104 PMI 5105 PMI 5106 PMI 5107 Collar Collar 2 mm 3 mm 4 mm 5 mm 6 mm 7 mm 8 mm 11 mm 12 mm Material TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI ø 6.0 mm PREMIUM Wide ø 6.0 mm PMI 5203 PMI 5204 PMI 5205 PMI 5206 Collar Collar 3 mm 4 mm 5 mm 6 mm 11 mm 12 mm Material TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI TI4V6AL-ELI 20

22 Prosthetic Standard Abutments Straight ST-1109 Long ST-1113 ø 3.80 mm Narrow ø 3.80 mm STN mm 3.80 mm Where standard crown and bridge techniques are desired, use the Nova Narrow Abutment with single-unit restorations. Nova Narrow Abutments should be used when the interdental space is limited and is compatible with the internal conical connection. 21 Nova manufactures top quality prosthetic abutments. Use with the SRR 9.4 mm standard screw and the standard a 1.25mm hex driver.

23 Prosthetic Standard Abutments with Shoulder STA-4710 STA-4712 STA-4713 STA mm 12 mm Shoulder 1 mm 2 mm 3 mm 4 mm Shoulder Anatomic Straight SLM-3810 SLM-3812 SLM-3813 Height 1 mm 2 mm 3 mm 11 mm Height Anatomic NEW SCM-3010 SCM-3020 SCM-3030 Height 1 mm 2 mm 3 mm Height 11 mm Esthetic Abutments are pre-milled from titanium and are designed with scalloped margins that profile natural soft tissue contours. They are used where standard crown and bridge techniques are desired, with single and multiple-unit restorations. Esthetic Abutments are available with various collar heights based on implant platform and system. Nova manufactures top quality prosthetic abutments. Use with the SRR 9.4 mm standard screw and the standard a 1.25mm hex driver. 22

24 Prosthetic Angulated 15 Abutments Standard 15 ASM-1115 ASM-1315 Angle ø 3.80 mm Narrow 15 ø 3.80 mm ANS-1115 Angle 15 Nova manufactures top quality prosthetic abutments. Use with the SRR 7.8 mm standard screw and the standard a 1.25mm hex driver. Anatomic 15 ANG ANG ANG Angle Height Height 1.00 mm 2.00 mm 3.00 mm 11 mm 23 Nova manufactures top quality prosthetic abutments. Use with the SRR 8.3 mm standard screw and the standard a 1.25mm hex driver.

25 Prosthetic Angulated 25 Abutments Standard 25 ASM-1125 ASM-1325 Angle ø 3.8 mm Narrow 25 ø 3.80 mm ANS-1215 Angle 25 Nova manufactures top quality prosthetic abutments. Use with the SRR 7.8 mm standard screw and the standard a 1.25mm hex driver. Anatomic 25 ANG ANG ANG Angle Height Height 1.00 mm 2.00 mm 3.00 mm 11 mm Nova manufactures top quality prosthetic abutments. Use with the SRR 8.3 mm standard screw and the standard a 1.25mm hex driver. 24

26 Prosthetic Angulated 15 and 25 Abutments Esthetic Abutments are pre-milled from titanium and are designed with scalloped margins that profile natural soft tissue contours. They are used where standard crown and bridge techniques are required, with single and multiple-unit restorations. Esthetic Abutments are available with various collar heights based on implant platform and system. Anatomic 15 NEW ANT ANT ANT Angle Height Height 1 mm 2 mm 3 mm 11 mm Anatomic 25 NEW ANT ANT ANT Angle Height 1 mm 2 mm 3 mm Height 11 mm 12 mm 25 Nova manufactures top quality prosthetic abutments. Use with the SRR 8.3 mm standard screw and the standard a 1.25mm hex driver.

27 Prosthetic Angulated 35 and 45 Abutments 35 ASM-1135 Angle mm 45 ASM-1145 Angle mm Nova manufactures top quality prosthetic abutments. Use with the SRR 8.3 mm standard screw and the standard a 1.25mm hex driver. 26

28 Ball Attachments The titanium Nova Ball Attachment provides firm retention and stabilization of the overdenture when it is used with tissue-supported implant-retained overdentures. The titanium Nova Ball Attachment is compatible with internal hex. ø 4.00 mm Standard ø 4.00 mm BAT-0010 BAT-0020 BAT-0030 BAT-0040 BAT-0050 BAT-0060 Height 1.00 mm 2.00 mm 3.00 mm 4.00 mm 5.00 mm 6.00 mm 8 mm 11 mm 12 mm Covers and Caps HUS SIL 0001 SIS 0002 SIH 0003 Placement Ball Cover Cap Cap Cap Material Metal Silicone Silicone Silicone Finish Standard Soft Hard 27

29 Impression Copings Closed Tray TRANSFER PICK-UP ø 4.70 mm ø 4.70 mm TRS-0010 Material STAINLESS STEEL Closed Tray TRANSFER PLASTIC CUP TPC mm Material PLASTIC Closed Tray TRANSFER TMC-0910 TMC-0930 Height 1 mm 3 mm Hight Material TI4V6AL - ELI TI4V6AL - ELI 28

30 Impression Copings Open Tray IMPRESSION COPING ø 4.70 mm ø 4.70 mm TRO-1309 TRO-1310 Material STAINLESS STEEL STAINLESS STEEL TRANSFER SCREW SCR-8000 Material STAINLESS STEEL ABUTMENT SCREWS SRR -7.8 SRR -8.3 SRR -9.4 Height 7.8 mm 8.3 mm 9.4 mm Final Torque 30 Ncm 30 Ncm 30 Ncm Material TI4V6AL - ELI TI4V6AL - ELI TI4V6AL - ELI Packaged with Angulated Abutments Angulated Abutments Straight & UCLA Abutments Fits all Nova Abutments Universal 1.25 mm Hex Driver 29

31 Esthetic Abutments Components CONNECTIONS ø 4.50 mm ø 4.50 mm SPW-1005 SPW-1015 SPW-1025 Abutment 0.50 mm 1.50 mm 2.50 mm Hight 6 mm 7 mm 8 mm ø 4.50 mm PLASTIC SLEEVE ø 4.50 mm PTS mm CONNECTION SCREW SRS mm 30

32 Abutment Sleeves Delrin Hex And Non-Hex Plastic Sleeve ø 4.50 mm ø 4.50 mm PIS-0012 PIS-0013 Hex - 12 mm 12 mm Material PLASTIC - WHITE PLASTIC - RED ø 6.00 mm Delrin WIDE Hex and Non-Hex Plastic Sleeve ø 6.00 mm PIW-6012 PIW-6013 Hex - 12 mm 12 mm Material PLASTIC - WHITE PLASTIC - WHITE ø 6.00 mm Custom Titanium Castable Abutments (UCLA) ø 6.00 mm PTA-1312 Hex 12 mm Material PLASTIC & TITANIUM 31

33 Plastic Anatomic Abutments Angulated 15 PAN PAN PAN Angle Height 1.00 mm 2.00 mm 3.00 mm 11 mm Angulated 25 PAN PAN Angle Height 1.00 mm 2.00 mm Nova manufactures top quality prosthetic abutments. Use with the SRR 8.3 mm standard screw and the standard a 1.25mm hex driver. 32

34 Zirconium Abutments Standard ZRX-0910 ZRX-1110 ZRX-1111 Height 1 mm 2 mm 3 mm 11 mm Height Nova manufactures top quality prosthetic abutments. Use with the SRR 9.4 mm standard screw and the standard a 1.25mm hex driver. Angulated 15 ZRX ZRX ZRX-ZRX Angle Height 1 mm 2 mm 3 mm Height 11 mm Angulated 25 ZRX ZRX Angle Height 1 mm 2 mm Hight 33 Nova manufactures top quality prosthetic abutments. Use with the SRR 9.4 mm standard screw and the standard a 1.25mm hex driver.

35 Implant Analogs ø 3.30 mm ø 3.30 mm ADV mm Material STAINLESS STEEL Suitable for use with the One Stage Implants and Abutments System ø 4.00 mm ø 4.00 mm ANL-0001 ANL mm 12 mm Material STAINLESS STEEL TI4V6AL - ELI Suitable for use with the PSI Implants 34

36 Drills and Countersinks DR 5019 Round Bur without irrigation ø 1. DR 5020 Pilot Drill ø 2.0 mm DR 5028 Drills ø 2.8 mm DR 5032 ø 3.2 mm DR 5038 ø 3.8 mm DR 5042 ø 4.2 mm ø 4.8 mm DR 5048 TDS 280 L10 Short TDS 420 L10 TDL 250 L20 Long TDS 320 L20 TDC 25X37 L 16 Conical TDC 27X45 L 16 TDC 18X24 L 16 TDC 31X55 L 16 DR 3842 DR 5052 DR 5060 Countersink ø mm ø 5.2 mm ø 5-6 mm TB 2.0X3.0 L 16 Trephine Burr TB 3.0X4.0 L TB 4.0X5.0 L 16

37 Implant Tools Hex Drive Measure for Drill Depth DP 3040 HD 2507 HD 2510 HD 2515 HD 4507 HD 4510 HD L7 mm 1.25 L 1.25 L15 mm 2.42 L7 mm 2.42 L 2.42 L15 mm Motor Mount Hex 1.25 L22 mm / 1.25 L28 mm MG 2522 / MG 2528 Motor Mount Hex 2.42 L20 mm / 2.42 L28 mm Hand Ratchet MG 4220 / MG 4228 HR 2050 Hand Driver for DV Nova One Stage Implants AR 2060 Hand Driver Hex KT 2510 / KT L & 1.25 L15 mm Cover Screw CS

38 Implant Tools AR 2040 Surgical Screw Driver Hex 6.35 mm LABK 1010 Laboratory Screw Driver Hex 1.25 mm RC 2030 Ratchet KIT CAT No. PRODUCT DR-5019 Round Bur Ø 1.9 without irrigation DR-5020 Pilot Drill Ø =2.0mm DR-5028 Drill Ø =2.8mm DR-5032 Drill Ø =3.2mm DR-5038 Drill Ø =3.8mm DR-5042 Drill Ø =4.2mm DR-5048 Drill Ø =4.8mm GP-1020 Guide Pin 10mm x 2 GP-1320 Guide Pin 13mm x 2 HD-2507 Hex Driver 1.25 L 7mm HD-2510 Hex Driver 1.25 L10mm HD-4507 Hex Driver 2.42 L 7mm HD-4515 Hex Driver 2.42 L15mm MG-2422 Motor Mount 2.42 Hex L28mm MG-2522 Motor Mount 1.25 Hex L22mm MG-2528 Motor Mount 2.42 Hex L20mm RC-2030 Ratchet Drill Extension MC-0001 Metal Container 37

39 Packaging All Nova implants come in a sterile double pack. The transparent outer blister contains a vial that holds the pre-mounted implant and cover screw. The implant type, diameter and length is displayed on a sticker that is also placed within the blister pack. Medical Symbols STERILE 2! R Sterlized using irradation. Sterility guaranteed if pack unopened or undamaged. For single use only. Reference to the hazards in the operating instructions. Expiry date Use by YYYY-MM LOT CAT Lot number Catalogue number CE certification marking 38

40 Step by Step Blister Pack Before beginning the procedure make sure surgical gloves are worn. Peel back the blister cover to reveal the vial. Remove vial from pack as shown below. 3 ways to remove the implant from the vial 1. Removing the implant from the vial using the hand ratchet (RC 2030) - Gently loosen the seal by rotating it with the use of the hand ratchet. -Slowly pull out the implant from the vial. 2. Removing the implant from the vial using a wrench (AR 2040) - Connect the wrench to the seal. - Gently loosen the seal by rotating it with the use of the wrench. - Slowly pull the implant out of the vial. 3. Removing the implant from the vial using a surgical screwdriver (KT 2510 / 2515) - Connect the surgical screwdriver to the seal. - Gently loosen the seal by rotating it with the use of the surgical screwdriver. - Slowly pull the implant out of the vial. 39

41 Procedures Implant & Healing Cap Abutment Impression Transfer Model Casting Transfer & Abutment GIPS Abutment Preparation GIPS Final Restoration Implants & Healing Cap Abutment OR Direct Impression Transfer Ball System Elements GIPS GIPS Implant Level Impression Final Restoration 40

42 User Instructions Description: Nova Implants are manufactured from bio compatible titanium and titanium alloy and abutments from titanium or titanium alloy. Nova Implants and Abutments include various surface treatments and coatings. Other restorative components are manufactured with titanium or titanium alloy, stainless steel and a variety of polymers. For specific product description refer to individual product labels. Indications for Use: Nova Implants are intended for surgical placement in the upper or lower jaw to provide a means for prosthetic attachment in single tooth restorations and in partially or fully edentulous spans with multiple single teeth utilizing delayed or immediate loading, or as a terminal or intermediary abutment for fixed or removable bridgework, and to retain over dentures. Nova Implants are intended for immediate function on single tooth and/or multiple tooth applications when good primary stability is achieved, with appropriate occlusal loading, in order to restore chewing function. Additional Indications: Nova Dental Abutments and Over denture Bars are intended for use as an accessory to end osseous dental implants to support a prosthetic device in a partially or edentulous patient. These are intended for use to support single and multiple tooth prostheses, in the mandible or maxilla. The prostheses can be screw or cement retained to the abutment. PEEK Abutment Posts and Temporary Cylinders are intended for use as an accessory to end osseous dental implants to support a prosthetic device in a partially or fully edentulous patient. These are intended for use to support single and multiple unit prostheses in the mandible or maxilla for up to 180 days during end osseous and gingival healing, and are for non occlusal loading of single and multiple unit provision al restorations. The prostheses can be screw and/or cement retained to the abutment. These Temporary Posts and Cylinders require a minimum inter arch space of 6mm and a maximum angulation of 15. These also allow for occlusal loading of single and multiple unit restorations of integrated implants for guided soft tissue healing. The Quick Bridge Provisional Components are intended to be mated with Nova Conical Abutments for use as an accessory to end osseous dental implants to support a prosthetic device in a partially or fully edentulous patient. Contraindications: Placement of dental implants may be precluded by patient conditions that are contraindications for surgery. Nova Implants should not be placed in patients where the remaining jaw bone is too diminished to provide adequate implant stability. Cardiac conditions involving the risk of endocarditis, coronary insufficiency blood dyscrasias, cardiovascular disorders, patients on anticoagulant Rx A.I.D.S., cancers and chemotherapeutic treatments, corticosteroids treatment radiotherapy of the cervico-facial region osteoporosis, uncontrolled or insulindependant diabetes pregnancy, endocrine disorders. Possible contraindications Poor oral hygiene, bruxism alcoholism, smoking, drug abuse psychological problems aggressive behavior. Temporary contraindications Systemic infection, local oral or respiratory infection. Local contraindications Insufficient alveolar bone width and height to ensure the encompassing of the implant with at least one millimeter of bone Infections, cysts, tumors, periodontal disease, prostodontic problems Storage and Handling: Devices should be stored at room temperature. Refer to individual product labels and the Surgical Manual for special storage or handling conditions. Warnings: Excessive bone loss or breakage of a dental implant or restorative device may occur when an implant or abutment is loaded beyond its functional capability. Physiological and anatomic conditions may negatively affect the performance of dental implants. The following should be taken into consideration when placing dental implants: - Poor bone quality- - Poor oral hygiene - Medical conditions such as blood disorders or uncontrolled hormonal conditions It is recommended that small diameter implants not be restored with angled abutments in the molar region. Mishandling of small components inside the patients mouth carries a risk of aspiration and/or swallowing. Forcing the implant into the osteotomy deeper than the depth established by the drills can result in: stripping the driver hex interface inside the implant, stripping the driver, cold welding of the mount-driver interface to the implant, or stripping the walls of the osteotomy that may prevent an effective initial implant fixation. Clinical data have demonstrated enhanced performance of OSSEOTITE Implants as compared to other Nova Implants in patients with poor quality bone. Precautions: For safe and effective use of Nova Implants, abutments and other surgical and restorative dental accessories, these products or devices should only be used by trained professionals. The surgical and restorative techniques required to properly utilize these devices are highly specialized and complex procedures. Improper technique can lead to implant failure, loss of supporting bone, restoration fracture, screw loosening and aspiration. Sterility: All dental implants and some abutments are supplied sterile and are sterilized by an appropriate validated method. Refer to individual product labels for sterilization information; all sterile products are labeled STERILE. All products sold sterile are for single use before the expiration date printed on the product label. Do not use sterile products if the packaging has been damaged or previously opened. Do not re-sterilize or autoclave except where instructions to do so are provided on the product label, in the Surgical Manual, in the Restorative Manual or in any additional marketing literature for that product. Products provided nonsterile must be cleaned and sterilized according to the directions found in Surgical Manuals prior to use. Procedural Precautions, Surgery: For a detailed explanation of the procedural precautions refer to the Surgical Manual. During the planning phase, it is important to determine the vertical dimension, the actual space available between the alveolar crest and the opposing dentition, in order to confirm that the available space will accommodate the proposed abutment and the final crown restoration. This information varies with each patient and abutment; therefore it should be carefully evaluated before placing any dental implant. The final prosthesis should be designed prior to the placement of the dental implant. Utilize continuous irrigation with a cool, sterile irrigating solution to avoid excessive damage to the surrounding tissue and to prevent compromising osseo integration. This is mandatory during gall procedures. Avoid excessive pressure during preparation of the bone site. As the drilling speed varies based on the instrument and the surgical procedure, recommendations for speed can be found in the Surgical Manual. Only sharp instruments of the highest quality should be used for any surgical procedure involving bone. Minimizing trauma to the bone and surrounding tissue enhances the potential for successful osseo integration. In order to eliminate contaminants and other sources of infection, all non-sterile devices should be cleaned and/or sterilized prior to use, per the instructions on the individual product labels. Procedural Precautions, Restoration: The healing period varies depending on the quality of the bone at the implantation site, the tissue response to the implanted device and the surgeon s evaluation of the patient s bone density at the time of the surgical procedure. Excessive force applied to the dental implant should be avoided during the healing period. Proper occlusion should be evaluated on the implant restoration to avoid excessive force. Potential Adverse Events: Potential adverse events associated with the use of dental implants may include: - Failure to integrate - Loss of integration - Dehiscence requiring bone grafting - Perforation of the maxillary sinus, inferior border, lingual plate, labial plate, inferior alveolar canal, gingiva - Infection as reported by: abscess, fistula, suppuration, inflammation, radio lucency - Persistent pain, numbness, paresthesia - Hyperplasia - Excessive bone loss requiring intervention - Implant breakage or fracture - Systemic infection - Nerve injury. Techniques: - Determine local anatomy with the use of local X-rays and CT. etc. - Planning the site, the technique and the dimensions of the implant to be used. - Careful management and high precision is recommended. Caution: U.S. Federal Law restricts this device to sale by or on the order of a licensed dentist or physician. 41

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44 ISO 9001:2008 ISO 13485:2003 MEDICAL DEVICES & DEVELOPMENT P.O.B. 2318, Kiryat Ono, 55122, Israel Tel: +972 (0) Telefax: +972 (0) Website: nova-implants.com