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PRODUCT INFORMATION
S.L.A. surface treatment (sandblasted and acid-etched) enhances osseointegration and long-term stability.
PRODUCT INFORMATION
Commercially pure titanium Grade 4.
Proudly manufactured in the USA, adhering to the highest standards and reflecting a commitment to superior quality.
UNIFORM PROSTHETIC PLATFORM
Commercially pure titanium Grade 4.
Proudly manufactured in the USA, adhering to the highest standards and reflecting a commitment to superior quality.
UNIFORM PROSTHETIC PLATFORM
Seamlessly use any abutments with any implant diameter across the three implant systems.
Streamline your implant restorative procedure and enhance efficiency.
Simplify your inventory and optimize cost-effectiveness.
Thread platform design enhances bone to implant contact. Threads engage and penetrate bone with ease.
Helps to enhance initial stability between the cortical bone and fixture.
Features 3 tapered apical cutting flutes, a 3-blade self-tapping design, and a flat end for enhanced precision and control.
• One hex connection throughout the system.
• Cutting flutes length of implant for increased efficiency.
• Thread design.
(Sandblasting with large grits and acid etching)
Well documented and clinically proven surface technology.
Reference: Myron Nevins, et al., :”Clnical and Histologic Evaluations of SLA Dental implants” Int J Periodontics Restorative Dent 2017; 37:175-181. dol: 10.11607/prd.3131
Hex interface increased.
• Long cutting edge up to the implant neck.
• Aggressive threads design.
Increased abutment screw connection to implant internal threads.
• 3 blade self-tapping design minimizes bone compression trauma.
• Flat apical end prevents bone perforation risk.
• Internal Hex
• Connical
• 3.6mm
• 4.0mm
• 4.5mm
• 5.0mm
• 5.0mm
• 5.8mm
• 8mm
• 10mm
• 12mm
• 14mm
Ti-G4
Platform: Ø3.6 / Body: Ø3.4
(1000rpm / 30~45N-cm)
Platform: Ø4.0 / Body: Ø3.8
(1000rpm / 30~45N-cm)
Platform: Ø4.5 / Body: Ø4.3
(1000rpm / 30~45N-cm)
Platform: Ø5.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
Platform: Ø6.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
Platform: Ø7.0 / Body: Ø5.8
(1000rpm / 30~45N-cm)
Myron Nevins et al. :”Clinical and Histologic Evaluations of SLA Dental implants”
The International Journal of Periodontics & Restorative Dentistry
2017 37:175-181. doi: 10.11607/prd.3131
The biocompatibility of SLA-treated titanium implants. Biomed. Mater.
3(2008) 025011 (6ppp)
Clinical and Histologic Evaluations of Immediately Placed SLA Dental Implants
The International Journal of Periodontics & Restorative Dentistry
2018;38:165-170. Doi: 10.11607 / prd.3558
Clinical and Histologic Evaluation of SLA Dental Implants.
2017;37:175-181. Doi: 10.11607 / prd.3531
Effects of Implant Morphology on rotational Stability during immediate implant placement in the Esthetic Zone.
The International Journal of Oral & Maxillofacial Implants.
May/June 2015, 30(3):667-670 2015 DOI: 10.11607/jomi.3885
A prospective, 1 year observational study of double-threaded tapered body dental implants with immediate loading.
The Journal of Prosthetic Dentistry.
July 2015, Volume 114, Issue 1, Pages 46-51
Comparison of Clinical and Radiographic Outcomes of Platform-Switched Implants with a Rough Collar and Platform-Matched Implants with a Smooth Collar: A 1-Year Randomized Clinical Trial.
Int J Oral Maxillofac Implants
2016;31:382-390. Doi: 10.11607/jomi.4189
Have questions or need more details?
Download our catalog for detailed information or contact us.
Unalloyed Titanium ASTMF67
(Commercially pure titanium grade 4)
Well documented and clinically proven surface technology.*
• Positive neck threads synchronized with implant body threads
• Initial stability between the cortical bone and fixture
The tapered bevel platform design may avoid bone profiling.
• The design may be beneficial in marginal bone preservation.*
• 3 blade self-tapping design
• Flat end
• Single connection across all diameters of implants
• One abutment screw fits all abutments and implant platforms
• One Hex screw driver fits all abutment screws
• All implant diameters share the same internal hex
• One hex connection throughout the system.
• Cutting flutes length of implant for increased efficiency.
• Thread design.
(Sandblasting with large grits and acid etching)
Well documented and clinically proven surface technology.
Reference: Myron Nevins, et al., :”Clnical and Histologic Evaluations of SLA Dental implants” Int J Periodontics Restorative Dent 2017; 37:175-181. dol: 10.11607/prd.3131
Hex interface increased.
• Long cutting edge up to the implant neck.
• Aggressive threads design.
Increased abutment screw connection to implant internal threads.
• 3 blade self-tapping design minimizes bone compression trauma.
• Flat apical end prevents bone perforation risk.
• Internal Hex
• Connical
• 3.6mm
• 4.0mm
• 4.5mm
• 5.0mm
• 5.0mm
• 5.8mm
• 8mm
• 10mm
• 12mm
• 14mm
Ti-G4
Platform: Ø3.6 / Body: Ø3.4
(1000rpm / 30~45N-cm)
Platform: Ø4.0 / Body: Ø3.8
(1000rpm / 30~45N-cm)
Platform: Ø4.5 / Body: Ø4.3
(1000rpm / 30~45N-cm)
Platform: Ø5.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
Platform: Ø6.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
Platform: Ø7.0 / Body: Ø5.8
(1000rpm / 30~45N-cm)
Myron Nevins et al. :”Clinical and Histologic Evaluations of SLA Dental implants”
The International Journal of Periodontics & Restorative Dentistry
2017 37:175-181. doi: 10.11607/prd.3131
The biocompatibility of SLA-treated titanium implants. Biomed. Mater.
3(2008) 025011 (6ppp)
Clinical and Histologic Evaluations of Immediately Placed SLA Dental Implants
The International Journal of Periodontics & Restorative Dentistry
2018;38:165-170. Doi: 10.11607 / prd.3558
Clinical and Histologic Evaluation of SLA Dental Implants.
2017;37:175-181. Doi: 10.11607 / prd.3531
Effects of Implant Morphology on rotational Stability during immediate implant placement in the Esthetic Zone.
The International Journal of Oral & Maxillofacial Implants.
May/June 2015, 30(3):667-670 2015 DOI: 10.11607/jomi.3885
A prospective, 1 year observational study of double-threaded tapered body dental implants with immediate loading.
The Journal of Prosthetic Dentistry.
July 2015, Volume 114, Issue 1, Pages 46-51
Comparison of Clinical and Radiographic Outcomes of Platform-Switched Implants with a Rough Collar and Platform-Matched Implants with a Smooth Collar: A 1-Year Randomized Clinical Trial.
Int J Oral Maxillofac Implants
2016;31:382-390. Doi: 10.11607/jomi.4189
• One hex connection throughout the system.
• Cutting flutes length of implant for increased efficiency.
• Thread design.
(Sandblasting with large grits and acid etching)
Well documented and clinically proven surface technology.
Reference: Myron Nevins, et al., :”Clnical and Histologic Evaluations of SLA Dental implants” Int J Periodontics Restorative Dent 2017; 37:175-181. dol: 10.11607/prd.3131
• Positive neck threads synchronized with implant body threads
• Initial stability & maximum sealing between the cortical bone and fixture
• Optimal fixation threads reduce stress of marginal cortical bone and minimize marginal bone loss.
The tapered bevel platform design may avoid bone profiling.
• Tread platform design creates excellent bone to implant contact.
• Thread engage and penetrate bone with ease.
• 3 blade self-tapping design minimizes bone destruction trauma.
• The flat end reduces prevents bone perforation risk.
• Internal Hex
• Connical
• 3.4mm
• 3.8mm
• 4.3mm
• 4.8mm
• 8mm
• 10mm
• 12mm
• 14mm
Ti-G4
Platform: Ø3.6 / Body: Ø3.4
(1000rpm / 30~45N-cm)
Platform: Ø4.0 / Body: Ø3.8
(1000rpm / 30~45N-cm)
Platform: Ø4.5 / Body: Ø4.3
(1000rpm / 30~45N-cm)
Platform: Ø5.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
LA Office & Manufacturing: 714-226-0229
6731 Katella Avenue • Cypress, CA 90630
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