COMFOUR® System – Guidelines for the dental practice and laboratory
The COMFOUR® System The new comfort class with ample scope for treatment 2
For a plus in quality of life With the COMFOUR® System, you can offer your edentulous patients the option of immediate, comfortable and fixed temporary dentures on four or six implants as a rule – and thus a considerable gain in quality of life. Gentle and cost-effective The implants are placed without the need for elaborate and expensive augmentation measures. The distal emergence of the abutment achieves a sufficiently large loading polygon for a balanced support of the denture. Various treatment concepts In addition to occlusal screw-retained bridges for immediate and delayed restorations, the multi-option system also permits bar restorations on straight and angled bar abutments. Scientifically documented Based on the treatment protocol of Prof. Paulo Maló, the local bone can be used optimally in patients with severely atrophied jaws by inserting the posterior implants at angles of 17° or 30° from dorsal to mesial. Slim design All components are of a delicate and low design, which simplifies prosthetic restorations considerably for dentists and dental technicians. Benefits at a glance 3
4 Example of a Comfour® timeline The new comfort class with ample scope for treatment Dental laboratory Surgically practicing dentist Day 1 Day 2 Fabricating the temporary restoration Finishing the temporary restoration 3D X-ray Guide template DVT planning Set-up/ mock-up First meal, chew with care Procedure on the day of surgery: 8 a.m.: Arrival in practice 9 a.m.: Initiation of general anesthesia and start of surgery 11 a.m.: Ending of the anesthetic and resting in the recovery room 3 p.m.: Insertion of the fixed denture 4 p.m.: Leave the practice Day of surgery Consultation: The patient leaves the practice well informed about the treatment and the costs Adapting the temporary restoration
5 1 week 4 weeks 4 – 6 months depending on the design Impression taking at Comfour® level Insertion of the definitive restoration Fabrication of the final restoration Removal of sutures Follow-up Follow-up
Avoiding a sinus lift Implants with an angled insertion make optimum use of the local bone and avoid sinus floor elevation/augmentation. Enlarging the load polygon Implants placed at an angle increase the dorsal loading surface. Healing Taking the anatomical structures into account, the distal implants are placed without the need for elaborate and expensive augmentation measures. 6 Occlusally screw-retained restorations for the CAMLOG® and CONELOG® Implant System
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Aligning tool* 30° Scanning cap Titanium cap with retention Flexible handle System components COMFOUR® System Aligning tool* 17° * For CAMLOG® Implants with Art. No. K1032.xxxx, K1042.xxxx, K1052.xxxx, K1053.xxxx and CONELOG® Implants with Art. No. K1032.xxxx, K1042.xxxx, K1052.xxxx and K1053.xxxx. the aligning tools Art. No. J2269.0003 and J2269.0004 are to be used Prosthetic screw Abutment screw 8 Special abutment and prosthetic screws were developed for the COMFOUR® System. These are anodized in light blue throughout. Titanium cap without retention
If this day and time does not fit your schedule, send an invitation to move forward with the missing information from the Case Report Book. Angled abutment type The three cams are offset by 60° Angled abutment type One cam should be aligned to distal Abutment type One cam should be aligned to distal The correct cam position can be corrected for the optimum common prosthetic insertion axis using the aligning tool Guide template As an option, you can work with the Camlog Guide Systems, our solution for template-guided implantation no indexing 0° 17° 30° Implant-abutment connection available in Type A and Type B Implant-abutment connection available in Type A and Type B COMFOUR® Bar abutment compatible with titanium bonding base for bar abutment, Passive Fit., as well as many other bar components 4.0 mm 0.5 mm 2.0 mm 2.5 mm 4.0 mm 3.5 mm 3.5 mm 4.0 mm 1.0 mm 2.5 mm 2.5 mm 4.0 mm 5.0 mm 5.0 mm Indexing Indexing Antirotational mechanism Antirotational mechanism Antirotational mechanism Antirotational mechanism Indexing Indexing 9 If bone edges of subcrestally placed implants hinder the insertion of the COMFOUR® Abutments, they can be broken with the bone profiler. (see CAMLOG® and CONELOG® product catalog).
01_Alignment Insertion post screw-mounted Aligning tool CAMLOG® System Screw-mounted or snap Driver CAMLOG® Bar abutment level Driver for straight bar abutment 1 3 2 Cam alignment distal Insertion straight bar abutment fixating loosening screw insertion 30° 10
03_Scanning CAMLOG® Bar abutment level The scanning caps are the interface to the digital world Screwdriver, hex long CONELOG® Bar abutment level 10 mm 2.5 mm can be shortened 15 mm 20 mm Screwdriver, hex short 02_Impression taking Driver for impression posts and healing cap for bar abutment Closed impression taking Open impression taking Digital solution Titanium cap digital analog analog 11
Screw access channel for the prosthetic screw Abutment screw Prosthetic screw Titanium cap digital Temporary restoration Titanium cap for bar abutment 01 Temporary restoration can be manufactured digitally in advance Titanium caps, can be shortened 12 Prefabricated therapeutic denture, milled CAD/CAM temporary
Article number K1045.xxxx K1055.xxxx K1075.xxxx C1065.xxxx C1085.xxxx CAMLOG® / CONELOG® Implants, sterile 4 x J2254.xxxx C2254.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments straight, sterile 2 x K2256.xxxx – K2259.xxxx C2256.xxxx – C2259.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments 17°/30° angled, sterile 2 x J2259.4302 J2259.6002 Titanium cap for bar abutment, for bridge, incl. prosthetic screw, sterile 4 x J4012.1610 J4012.1615 J4012.1620 Screw for bar abutment, for impression taking, open tray and for soldering aid, hex, thread M 1.6, can be shortened, sterile 4 x Bridge CAD/CAM fabricated DEDICAM® bridge framework for titanium sleeves, e.g. made of Telio® CAD 12 x CAMLOG ® Implant System CONELOG ® Implant System 13 Number 04_ After guided implantation, the straight or angled bar abutments are inserted, the titanium caps are screwed on and the soft tissue is sutured. 05_ Polymerize the titanium caps tension-free into the temporary plastic bridge. Then carefully finish the basal surfaces and make sure they offer hygienic capability. 06_ Three days after the surgical procedure, the soft tissue was free of inflammation and well adapted and demonstrated a harmoniously adjusted occlusal plane. 01_ The current oral situation shows periodontally compromised and non-preservable teeth. 02_ To fabricate the prefabricated immediate restoration, place the lab analogs through the guide template using the alignment tools. 03_ The immediate temporary restoration can be milled from high-performance PMMA. Leave generous space around the areas surrounding the titanium caps to be bonded. digital Images by courtesy of Dr. Ferenc Steidl, MDT Sebastian Schuldes M.Sc. Important steps: Note: when working with the Guide System additional costs are incurred.
digital Temporary restoration can be manufactured digitally in advance Abutment screw Prosthetic screw Passive Fit sleeve Temporary restoration Titanium bonding base for bar abutment, Passive-Fit Occlusally screw-retained bridge according to the Maló treatment concept 02 Passive Fit sleeve 14
04_ To prevent bonding material from running into the screw channels, use the plastic screw for bar abutment. 05_ After the bonding material has cured, loosen the prosthetic screws and remove the zirconium bridge from the bar abutments. 06_ After removing the excess adhesive, polish the transitions to the bridge. For final insertion in the mouth, tighten the prosthetic screws with 15 Ncm. 01_ Place the titanium bonding bases, Passive Fit on the bar abutments and screw in the prosthetic screws hand-tight. 02_ Place the zirconium bridge on the titanium bonding bases and check for a tension-free fit. 03_ Condition the bonding surfaces of the zirconium bridge and the titanium bonding bases according to the (adhesive) manufacturer's instructions. Important steps: 15 Article number K1045.xxxx K1055.xxxx K1075.xxxx C1065.xxxx C1085.xxxx CAMLOG® / CONELOG® Implants, sterile 4 x J2254.xxxx C2254.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments straight, sterile 2 x K2256.xxxx – K2259.xxxx C2256.xxxx – C2259.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments 17°/30° angled, sterile 2 x J2260.4301 J2660.6001 Titanium bonding base for bar abutment, Passive-Fit 4 x J2259.4322* J2259.6022* Titanium cap without retention for bar abutment, for bridge incl. prosthetic screw, sterile 4 x J4012.1601 J4012.2001 Prosthetic screw for bar abutment, hex, light blue anodized 4 x J2610.4300 J2610.6000 Scanning cap for bar abutment, incl. prosthetic screw, sterile 4 x Bridge CAD/CAM fabricated DEDICAM® bridge framework e.g. made of Telio® CAD 12 x J4009.1627 J4009.2027 Plastic screw for bar abutment, 27 mm, hex 4 x CAMLOG® Implant System CONELOG® Implant System Number Note: when working with the Guide System additional costs are incurred. * Alternative to J2260.4301 resp. J2260.6001
Screw access channel for the prosthetic screw Abutment screw Prosthetic screw Final restoration Titanium base for bar abutments (titanium caps) Screw-retained bridge on bar abutments 03 Titanium cap Titanium caps, can be shortened 16
04_ The titanium caps are first screwed in the mouth. 05_ Prior to bonding, check that the bridge can be inserted tension-free and with sufficient space around the titanium caps. 06_ After bonding, finish the bridge basally, check the hygienic capability, insert the bridge, check the function and seal the screw access channels. 01_ For a closed impression, unscrew the impression caps for bar abutments and take an impression of the entire jaw. 02_ Create the master cast with a removable gingival mask and the bar lab analogs. 03_ Taking the set-up into account, modify the titanium caps and then fabricate a bridge framework which is veneered individually. digital Important steps: Images by courtesy of Dr. Ferenc Steidl, MDT Sebastian Schuldes M.Sc. Note: P3 Guideline DGZMK, six implants are recommended in the upper jaw. When working with the Guide System additional costs are incurred. Article number Number K1045.xxxx K1055.xxxx K1075.xxxx C1065.xxxx C1085.xxxx CAMLOG® / CONELOG® Implants, sterile 4 x J2254.xxxx C2254.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments straight, sterile 2 x K2256.xxxx – K2259.xxxx C2256.xxxx – C2259.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments 17°/30° angled, sterile 2 x J2129.4300 J2129.6000 Impression cap for bar abutment, closed tray (bridge/bar), sterile 4 x J2259.4302 J2259.6002 Titanium cap for bar abutment, for bridge, incl. prosthetic screw, sterile 4 x J4012.1610 J4012.1615 J4012.1620 Screw for bar abutment, for impression taking, open tray and for soldering aid, hex, thread M 1.6, can be shortened, sterile 4 x Bridge CAD/CAM fabricated DEDICAM® bridge framework e.g. made of titanium (Ti6Al4V) 12 elements CAMLOG® Implant System CONELOG® Implant System 17
Screw access channel for the prosthetic screw Abutment screw Prosthetic screw Scanning cap Final restoration Bars for bar abutments Screw-retained bar with open impression taking 04 18
Article number Number K1045.xxxx K1055.xxxx K1075.xxxx C1065.xxxx C1085.xxxx CAMLOG® / CONELOG® Implants, sterile 4 x J2254.xxxx C2254.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments straight, sterile 2 x K2256.xxxx – K2259.xxxx C2256.xxxx – C2259.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments 17°/30° angled, sterile 2 x J2259.4302 J2259.6002 Titanium cap for bar abutment, for bridge, incl. prosthetic screw, sterile 4 x J4012.1610 J4012.1615 J4012.1620 Screw for bar abutment, for impression taking, open tray and for soldering aid, hex, thread M 1.6, can be shortened, sterile 4 x J2257.4301 J2257.6001 Alternative for casting technique: bar base for bar abutment, burn-out J2263.4300 J2263.6000 Alternative for precious metal casting technique: bar base for bar abutment, cast-on J3020.4300 J3020.6000 Bar lab analog for bar abutment 4 x J2610.4300 J2610.6000 Scanning cap for bar abutment, incl. prosthetic screw, sterile 4 x DEDICAM® Bar on 4 implants, titanium (Ti6Al4V) 1 x Attachments (male parts Preci-Horix /-Vertix) 3 x CAMLOG® Implant System CONELOG® Implant System 04_ You have the option of designing the bar with different profiles. 05_ You can also incorporate various bar attachments for a better hold. 06_ To insert the bar, use new prosthetic screws and tighten them with 15 Ncm. 01_ The precise impression is taken by splinting the titanium caps over the prosthetic platform. Use the bar lab analogs for cast fabrication. 02_ In the dental laboratory, the cast bar is fabricated with the aid of the burn-out or cast-on bases for bar abutments. 03_ There is also the option of CAD/CAM manufacturing. To do this, the optical impression is taken with the aid of the scanning caps. Important steps: digital analog 19 Note: when working with the Guide System additional costs are incurred for the drill sets.
Abutment screw Prosthetic screw Passive Fit sleeve Final restoration Bars for bar abutments Bars on bar abutments »Passive-Fit« with closed impression taking 05 Passive Fit sleeve 20
Article number Number K1045.xxxx K1055.xxxx K1075.xxxx? C1065.xxxx C1085.xxxx CAMLOG® / CONELOG® Implants, sterile 4 x J2254.xxxx C2254.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments straight, sterile 2 x K2256.xxxx – K2259.xxxx C2256.xxxx – C2259.xxxx CAMLOG® / CONELOG® COMFOUR® Bar abutments 17°/30° angled, sterile 2 x J2129.4300 J2129.6000 Impression cap for bar abutment, closed tray (bridge/bar), sterile 4 x J3020.4300 J3020.6000 Bar lab analog for bar abutments 4 x J2261.4301 J2261.6001 Alternative for casting technique: bar sleeve for titanium adhesive base, burn-out, Passive Fit, incl. prosthetic screw for bar abutment J2260.4301 – J2660.6001 Bonding base for bar abutment, Passive Fit 4x J4012.1601 J4012.2001 Prosthetic screw for bar abutment, hex, light blue anodized 4 x J4009.1627 J4009.2027 Plastic screw for bar abutment, 27 mm, hex 4 x J2610.4300 J2610.6000 Scanning cap for bar abutment, incl. prosthetic screw, sterile 4 x DEDICAM® Bar on 4 implants, titanium (Ti6Al4V) fine-milled 1 x CAMLOG® Implant System CONELOG® Implant System 04_ Condition the bonding surfaces of the Passive Fit sleeve according to the manufacturer's instructions. 05_ Cover the screw channel and bond the bar tension-free intraorally or to the model. 06_ Clean the transitions before finally screwing in the bar with the prosthetic screws with 15 Ncm. 01_ Place the burn-out bar sleeve over the Passive Fit sleeve and screw both hand-tight with the modeling screw. 02_ Model and cast the bar with the desired bar profiles. 03_ After casting, remove the screw seat of the bar sleeves from basal. The modeling screw must drop through. Important steps: 21 Note: when working with the Guide System additional costs are incurred for the drill sets. analog
22 Article PP Art. No. GH PP CAMLOG® Bar abutments, straight sterile Material Titanium alloy J2254.3305 - 3.3 mm 0.5 mm 4.3 mm J2254.3320 2.0 mm J2254.3805 3.8 mm 0.5 mm J2254.3820 2.0 mm J2254.3840 4.0 mm J2254.4305 4.3 mm 0.5 mm J2254.4320 2.0 mm J2254.4340 4.0 mm J2254.5005 5.0 mm 0.5 mm 6.0 mm J2254.5020 2.0 mm J2254.5040 4.0 mm CAMLOG® Bar abutments, 17° angled incl. light blue anodized abutment screw with reduced head, sterile Material Titanium alloy K2256.3325 A 3.3 mm 2.5 mm 4.3 mm K2256.3340 4.0 mm K2257.3325 B 2.5 mm K2257.3340 4.0 mm K2256.3825 A 3.8 mm 2.5 mm K2256.3840 4.0 mm K2257.3825 B 2.5 mm K2257.3840 4.0 mm K2256.4325 A 4.3 mm 2.5 mm K2256.4340 4.0 mm K2257.4325 B 2.5 mm K2257.4340 4.0 mm K2256.5025 A 5.0 mm 2.5 mm 6.0 mm K2256.5040 4.0 mm K2257.5025 B 2.5 mm K2257.5040 4.0 mm CAMLOG® Bar abutments, 30° angled incl. light blue anodized abutment screw with reduced head, sterile Material Titanium alloy K2258.3325 A 3.3 mm 2.5 mm 4.3 mm K2258.3340 4.0 mm K2259.3325 B 2.5 mm K2259.3340 4.0 mm K2258.3825 A 3.8 mm 2.5 mm K2258.3840 4.0 mm K2259.3825 B 2.5 mm K2259.3840 4.0 mm K2258.4325 A 4.3 mm 2.5 mm K2258.4340 4.0 mm K2259.4325 B 2.5 mm K2259.4340 4.0 mm K2258.5035 A 5.0 mm 3.5 mm 6.0 mm K2258.5050 5.0 mm K2259.5035 B 3.5 mm K2259.5050 5.0 mm Lab screws must not be used on patients. 0.5 mm 2 mm 4 mm 4.0 mm 1.8 mm 2.5 mm 0.3 mm 4.0 mm 2.7 mm 2.5 mm 1.2 mm Article Art. No. Thread CAMLOG® Abutment screw with reduced head Hex, light blue anodized Material Titanium alloy J4004.1601 3.3 mm 3.8 mm 4.3 mm M 1.6 J4004.2001 5.0 mm M 2.0 CAMLOG® Lab screw with reduced head Hex, light blue partially anodized Material Titanium alloy J4004.1600 3.3 mm 3.8 mm 4.3 mm M 1.6 J4004.2000 5.0 mm M 2.0
23 Article Art. No. GH PP CONELOG® Bar abutments, straight sterile Material Titanium alloy C2254.3310 - 3.3 mm 1.0 mm 4.3 mm C2254.3325 2.5 mm C2254.3810 3.8 mm 1.0 mm C2254.3825 2.5 mm C2254.3840 4.0 mm C2254.4310 4.3 mm 1.0 mm C2254.4325 2.5 mm C2254.4340 4.0 mm C2254.5010 5.0 mm 1.0 mm 6.0 mm C2254.5025 2.5 mm C2254.5040 4.0 mm CONELOG® Bar abutments, 17° angled incl. light blue anodized abutment screw with reduced head, sterile Material Titanium alloy C2256.3325 A 3.3 mm 2.5 mm 4.3 mm C2256.3340 4.0 mm C2257.3325 B 2.5 mm C2257.3340 4.0 mm C2256.3825 A 3.8 mm 2.5 mm C2256.3840 4.0 mm C2257.3825 B 2.5 mm C2257.3840 4.0 mm C2256.4325 A 4.3 mm 2.5 mm C2256.4340 4.0 mm C2257.4325 B 2.5 mm C2257.4340 4.0 mm C2256.5025 A 5.0 mm 2.5 mm 6.0 mm C2256.5040 4.0 mm C2257.5025 B 2.5 mm C2257.5040 4.0 mm CONELOG® Bar abutments, 30° angled incl. light blue anodized abutment screw with reduced head, sterile Material Titanium alloy C2258.3325 A 3.3 mm 2.5 mm 4.3 mm C2258.3340 4.0 mm C2259.3325 B 2.5 mm C2259.3340 4.0 mm C2258.3825 A 3.8 mm 2.5 mm C2258.3840 4.0 mm C2259.3825 B 2.5 mm C2259.3840 4.0 mm C2258.4325 A 4.3 mm 2.5 mm C2258.4340 4.0 mm C2259.4325 B 2.5 mm C2259.4340 4.0 mm C2258.5035 A 5.0 mm 3.5 mm 6.0 mm C2258.5050 5.0 mm C2259.5035 B 3.5 mm C2259.5050 5.0 mm Article Art. No. Thread CONELOG® Abutment screw with reduced head, hex, light blue anodized Material Titanium alloy C4004.1601 3.3 mm 3.8 mm 4.3 mm M 1.6 C4004.2001 5.0 mm M 2.0 CONELOG® Lab screw with reduced head, hex, light blue partially anodized Material Titanium alloy C4004.1600 3.3 mm 3.8 mm 4.3 mm M 1.6 C4004.2000 5.0 mm M 2.0 Lab screws may not be used on patients. 1 mm 2.5 mm 4 mm 4.0 mm 1.8 mm 2.5 mm 0.3 mm 4.0 mm 2.7 mm 2.5 mm 1.2 mm
24 Lab screws may not be used on patients. Article Size Art. No. Dimensions Healing cap for bar abutment light blue partially anodized, sterile Material Titanium alloy - J2029.4300 3.3 mm 3.8 mm 4.3 mm - J2029.6000 5.0 mm 6.0 mm Impression cap for bar abutment, closed tray: (bridge) light blue partially anodized, sterile Material Titanium alloy short J2129.4300 3.3 mm 3.8 mm 4.3 mm - J2129.6000 5.0 mm 6.0 mm long J2129.4310 3.3 mm 3.8 mm 4.3 mm - J2129.6010 5.0 mm 6.0 mm Bar lab analog for bar abutments for cast models Material Stainless steel - J3020.4300 3.3 mm 3.8 mm 4.3 mm - J3020.6000 5.0 mm 6.0 mm Bar implant analog for bar abutments for printed and cast models Material Stainless steel - J3025.4300 3.3 mm 3.8 mm 4.3 mm - J3025.6000 5.0 mm 6.0 mm Scanning cap for bar abutments incl. prosthetic screw light blue anodized, sterile Material PEEK - J2610.4300 3.3 mm 3.8 mm 4.3 mm - J2610.6000 5.0 mm 6.0 mm Aligning tool 17° for angled bar abutments, for insertion posts Material Stainless steel - J2269.0005 - - Aligning tool 30° for angled bar abutments, for insertion posts Material Stainless steel - J2269.0006 - - Titanium cap for bar abutment, for crown incl. prosthetic screw light blue anodized, sterile Material Titanium alloy J2259.4301 3.3 mm 3.8 mm 4.3 mm - J2259.6001 5.0 mm 6.0 mm
25 Article Art. No. Noble metal weight Titanium cap for bar abutment, for bridge incl. prosthetic screw, light blue anodized, sterile Material Titanium alloy J2259.4302 3.3 mm 3.8 mm 4.3 mm - J2259.6002 5.0 mm 6.0 mm Titanium cap without retention for bar abutment, for bridge incl. prosthetic screw, light blue anodized Material Titanium alloy J2259.4322 3.3 mm 3.8 mm 4.3 mm - J2259.6022 5.0 mm 6.0 mm Crown base for bar abutment burn-out Material POM J2256.4306 3.3 mm 3.8 mm 4.3 mm - J2256.6006 5.0 mm 6.0 mm Base for bar abutment burn-out Material POM J2257.4301 3.3 mm 3.8 mm 4.3 mm - J2257.6001 5.0 mm 6.0 mm Base for bar abutment cast-on Material Cast-on gold alloy/POM J2263.4300 3.3 mm 3.8 mm 4.3 mm approx. 0.48 g J2263.6000 5.0 mm 6.0 mm approx. 0.70 g Base for bar abutment solderable Material Solderable gold alloy J2258.4300 3.3 mm 3.8 mm 4.3 mm - J2258.6000 5.0 mm 6.0 mm Base for bar abutment, titanium laser-weldable Material Titanium Grade 4 J2262.4300 3.3 mm 3.8 mm 4.3 mm - J2262.6000 5.0 mm 6.0 mm Titanium bonding base for bar abutment Passive Fit Material Titanium alloy J2260.4301 3.3 mm 3.8 mm 4.3 mm - J2260.6001 5.0 mm 6.0 mm Bar sleeve for titanium bonding base burn-out, Passive Fit incl. prosthetic screw for bar abutment, hex, (only for fabrication of the cast framework in conjunction with bar sleeves for titanium bonding base Passive Fit) Material POM J2261.4301 3.3 mm 3.8 mm 4.3 mm - J2261.6001 5.0 mm 6.0 mm Lab screws may not be used on patients.
26 Bone profiler Material Stainless steel Ø 5.0 mm J5003.3350* 3.3 mm - Ø 6.0 mm J5003.4360* 3.8 mm - 4.3 mm - J5003.5070* 5.0 mm - Ø 7.0 mm CAMLOG® Guiding pin for bone profiler Material Titanium alloy - J5002.3300 3.3 mm - J5002.3800 3.8 mm - J5002.4300 4.3 mm - J5002.5000 5.0 mm - CONELOG® Guiding pin for bone profiler Material Titanium alloy - C5002.3300 3.3 mm - C5002.3800 3.8 mm C5002.4300 4.3 mm C5002.5000 5.0 mm Lab screws may not be used on patients. Article Size Art. No. Dimensions Prosthetic screw for bar abutment hex, light blue anodized (for final fixation of the restoration) Material Titanium alloy - J4012.1601 3.3 mm 3.8 mm 4.3 mm M 1.6 J4012.2001 5.0 mm 6.0 mm M 2.0 Lab prosthetic screw for bar abutment hex, brown anodized Material Titanium alloy - J4013.1601 3.3 mm 3.8 mm 4.3 mm M 1.6 J4013.2001 5.0 mm 6.0 mm M 2.0 Screw, hex, for bar abutment, light blue anodized, sterile Material Titanium alloy 10 mm J4012.1610 - M 1.6 J4012.2010 M 2.0 15 mm J4012.1615 - M 1.6 J4012.2015 M 2.0 20 mm J4012.1620 - M 1.6 J4012.2020 M 2.0 PEEK screw for bar abutment Hex, length 27 mm, sterile Material PEEK - J4009.1627 - M 1.6 J4009.2027 M 2.0 Universal holding key Material Stainless steel - J5302.0010 - - * Always to be used in conjunction with the matching guiding pin!
27 Reworking reamer, base for bar abutment plane surface/cone seat, for burn-out caps Material Stainless steel/brass J3711.0010 3.3 mm - 3.8 mm - 4.3 mm - J3711.0015 5.0 mm - 6.0 mm - Screwdriver hex, extra short, manual/wrench Material Stainless steel J5317.0510 - 14.5 mm Screwdriver hex, short, manual/wrench Material Stainless steel J5317.0501 - 22.5 mm Screwdriver hex, long, manual/wrench Material Stainless steel J5317.0502 - 30.3 mm Screwdriver hex, short, ISO shaft Material Stainless steel J5317.0504 - 18.0 mm Screwdriver hex, long, ISO shaft Material Stainless steel J5317.0503 - 26.0 mm Reworking reamer, base for bar abutment screw seat, for burn-out caps Material Stainless steel/brass J3711.0020 3.3 mm - 3.8 mm - 4.3 mm - J3711.0025 5.0 mm - 6.0 mm - Insertion tool for straight bar abutments, long Material Stainless steel J5300.0021 3.3 mm 28.0 mm 3.8 mm 4.3 mm Insertion tool for impression posts and healing caps for bar abutments Material Stainless steel J5300.0027 3.3 mm 3.8 mm 4.3 mm 19.1 mm J5300.0028 5.0 mm 6.0 mm 19.1 mm Article Art. No. L Driver for straight bar abutment Material Stainless steel J5300.0020 3.3 mm 18.6 mm 3.8 mm 4.3 mm J5300.0025 5.0 mm
Headquarters CAMLOG Biotechnologies GmbH | Margarethenstr. 38 | 4053 Basel | Switzerland Telephone +41 61 565 41 00 | Fax +41 61 565 41 01 | info@camlog.com www.biohorizonscamlog.com CAMLOG®, CONELOG®, COMFOUR® and DEDICAM® are registered trademarks of CAMLOG Biotechnologies GmbH. Locator® and Locator R-Tx® are registered trademarks of ZEST IP Holdings, LLC. ©2019 ZEST Anchors LLC. All rights reserved. Telio® is a registered trademark of Ivoclar Vivadent AG. CAMLOG Biotechnologies GmbH can only place products on the market after approval by the competent national authorities. Therefore, not all products are available in all countries. Manufacturer CAMLOG®, CONELOG® and customized DEDICAM® Products: ALTATEC GmbH | Maybachstr. 5 71299 Wimsheim | Germany Rights to changes reserved · M-0236-BRO-EN-GLO-BHCL-02-102024
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