Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load. Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling. Implant quality 316LVM, stainless steel U.S. patent #8,282,676
17020SNP
2.5 mm x 80 mm
Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load.
Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17020SNP
17180SNP
4.0 mm x 100 mm
Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load.
Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17180SNP
17332SNP
3.2 mm x 90 mm
Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load.
Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17332SNP
17532SNP
4.8 mm x 140 mm
Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load.
Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17532SNP
17764SNP
3.5mm x 95 mm
Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load.
Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17764SNP
17964SNP
4.3 mm x 120 mm
Duraface short fixation half-pins are designed to maximize pin stiffness when placing ESF half-pins into shallow bone applications. Type I-b frames applied to the radius are a common example. Keeping the TRO (tapered thread-run-out) junction close to the bone maximizes the length of the larger diameter pin shaft between clamp and bone; better resisting deflection under load.
Duraface short half-pins are only available in no-point (NP) versions which feature a truncated, blunt trocar that improves surgeon safety, decreases patient morbidity, and requires predrilling.
Implant quality 316LVM, stainless steel
U.S. patent #8,282,676
Product #: 17964SNP