Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling. Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter. Implant quality 316LVM, stainless steel U.S. patent #8,282,676
17764NP
3.5mm x 110 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17764NP
17180NP
4.0 mm x 115 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17180NP
17332NP
3.2 mm x 100 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17332NP
17020NP
2.5 mm x 95 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17020NP
1718LNP
4.0 mm x 150 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 1718LNP
1733LNP
3.2 mm x 150 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 1733LNP
17532NP
4.8 mm x 150 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17532NP
1753LNP
4.8mm x 200 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 1753LNP
1776LNP
3.5 mm x 150 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 1776LNP
17964NP
4.3 mm x 130 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17964NP
1796LNP
4.3 mm x 175 mm
Duraface NP (No-point) fixation half-pins are end-threaded and feature a TRO (tapered thread-run-out) junction. A truncated, blunt trocar improves surgeon safety, decreases patient morbidity, and requires predrilling.
Standard length pins are used in the majority of applications while extended length pins (part numbers ending with "L") are occasionally used when additional thread length is needed to span areas of larger bone diameter.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 1796LNP