Warantec IU 3.6х10 implant
Warantec IU Mini implant, length 10, diameter 3.6, article FIU36100
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 3.6х11.5 implant
Warantec IU Mini implant, length 11.5, diameter 3.6, article FIU36115
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 3.6х13 implant
Warantec IU Mini implant, length 13, diameter 3.6, article FIU36130
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 3.6х8.5 implant
Warantec IU Mini implant, length 8.5, diameter 3.6, article FIU36085
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.0×8.5 implant
Warantec IU Mini implant, length 8.5, diameter 4.0, article FIU40085
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.0х10 implant
Warantec IU Mini implant, length 10, diameter 4.0, article FIU40100
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.0х11.5 implant
Warantec IU Mini implant, length 11.5, diameter 4.0, article FIU40115
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.0х13 implant
Warantec IU Mini implant, length 13, diameter 4.0, article FIU40130
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.0х7 implant
Warantec IU Mini implant, length 7, diameter 4.0, article FIU40070
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.5х10 implant
Warantec IU Mini implant, length 10, diameter 4.5, article FIU45100
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.5х11.5 implant
Warantec IU Mini implant, length 11.5, diameter 4.5, article FIU45115
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon
Warantec IU 4.5х13 implant
Warantec IU Mini implant, length 13, diameter 4.5, article FIU45130
The IU implantation system represents submersible implants. Manufacturer WARANTEC, Republic of Korea.
The implantation system has a number of unique differences from competitors:
- Unique SLA (ABE) surface
- The point of maximum compression is 3 mm below the cortical bone layer, which prevents bone resorption
- V-shaped thread in the lower part of the implant and optimized advanced design allow for increased primary stability and convenience during surgery.
- Square thread located in the upper part of the implant (cortical and subcortical area) allows for excellent primary stabilization even in soft bone and reduces spatial stress in the cortical bone
- The implant design provides primary stability through proper load distribution from the lower part of the cortical bone and the upper part of the spongy bone tissue in such a way as to prevent initial bone resorption
- Submersible implant, 11° internal conical connection and anti-rotation hexagon