Steinmann Pins

The Steinmann pin is a load-bearing skeletal traction element featuring a single trocar point for percutaneous insertion through bone cortex and intramedullary canal. This 3.5mm-diameter, 229mm-long pin accepts external fixation frames or manual traction apparatus, supporting reduction and temporary or definitive immobilization of fractures and deformities. Sold as five units per package in a disposable, non-sterile format, each pin is ready for immediate sterilization.

Features & Benefits

• 3.5mm diameter and trocar point penetrate cortical bone
• 229mm length suits standard skeletal traction apparatus
• Single-ended design optimizes intramedullary canal insertion
• Five-unit packaging enables multi-site pinning without reorder

Built at 2.4mm with double‑ended trocar points on a 229mm shaft, this lighter‑gauge Steinmann pin suits skeletal traction and external fixation in smaller anatomies and pediatric work. The 229mm length supports standard long‑bone applications at a finer wire diameter.

Features & Benefits

• 2.4mm fine shaft for pediatric and small‑anatomy traction
• Double‑ended trocar points double usable length
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

The Steinmann pin at 2.8mm with double‑ended trocar points on a 229mm shaft bridges the 2.4mm and 4mm gauges, suited to intermediate skeletal traction and external fixation where the lighter wires would yield. The 229mm length suits standard long‑bone applications.

Features & Benefits

• 2.8mm intermediate shaft for skeletal traction
• Double‑ended trocar points double usable length
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

The 2mm Steinmann pin with double trocar points on a 229mm shaft pairs the finest pediatric‑traction gauge with the standard trocar geometry (no thread) for cases not needing pull‑out resistance. The 229mm length suits standard long‑bone applications.

Features & Benefits

• 2mm fine shaft for pediatric and small‑bone traction
• Double‑ended trocar points double usable length
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

Double‑ended Steinmann pins with trocar points at both tips, 3.2mm in diameter and 229mm long, packaged five to a unit. The double‑trocar configuration allows the surgeon to reverse the pin once one tip dulls during fracture fixation or skeletal traction. Stainless steel construction supports clean drilling through cortical bone, and the disposable format keeps tip geometry sharp per use.

Features & Benefits

• 3.2mm trocar points at both ends for tip reversal
• 229mm length supports skeletal traction and fixation
• Stainless steel cuts cleanly through cortical bone
• Five‑unit disposable pack maintains sharp tip geometry

The Steinmann pin at 3.5mm with double‑ended trocar points on a 229mm shaft handles larger external fixation and skeletal traction than the lighter K‑wire formats. The heavier gauge resists bending under axial load, and the double‑ended format allows cutting to length during the case.

Features & Benefits

• 3.5mm heavy shaft for skeletal traction and external fixation
• Double‑ended trocar points double usable length
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

The Steinmann pin at 4.5mm carries double‑ended trocar points on a 229mm shaft, sized for the heaviest gauge in the standard skeletal traction and external fixation range. The double‑ended format allows cutting fresh length from the unused end during the case.

Features & Benefits

• 4.5mm heavy shaft for major skeletal traction
• Double‑ended trocar points double usable length
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

The 4mm Steinmann pin with double‑ended trocar points on a 229mm shaft delivers moderate‑gauge skeletal traction and external fixation, with the double‑ended format supporting cutting fresh length during the case. The 229mm length suits standard long‑bone applications.

Features & Benefits

• 4mm shaft for moderate skeletal traction
• Double‑ended trocar points double usable length
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

Built at 2.4mm (3/32") with fully threaded double trocar points, this Steinmann pin pairs the fine 2.4mm gauge with full thread length for pediatric and small‑anatomy traction needing pull‑out resistance. The 229mm length suits standard long‑bone applications.

Features & Benefits

• 2.4mm fully threaded shaft for pediatric traction
• Double‑ended trocar points double usable length
• Resists axial pull‑out under traction load
• Sold non‑sterile per package

Built at 2.8mm (7/64") with double trocar points and full thread length, this Steinmann pin provides maximum fixation purchase against cortical bone for skeletal traction setups requiring axial pull‑out resistance. The 229mm length suits standard long‑bone applications.

Features & Benefits

• 2.8mm fully threaded shaft for maximum fixation purchase
• Double‑ended trocar points double usable length
• Resists axial pull‑out under traction load
• Five per package, sold non‑sterile

Built at 2mm (5/64") with fully threaded double trocar points, this Steinmann pin carries the finest fully‑threaded gauge in the standard range, suited to pediatric skeletal traction where axial pull‑out resistance is needed at a delicate wire size.

Features & Benefits

• 2mm fully threaded fine shaft for pediatric traction
• Double‑ended trocar points double usable length
• Resists axial pull‑out under traction load
• Sold non‑sterile per package

Built at 3.2mm (1/8") with fully threaded double trocar points, this Steinmann pin bridges the 2.8mm and 3.5mm fully‑threaded gauges for intermediate‑heavy skeletal traction requiring axial pull‑out resistance.

Features & Benefits

• 3.2mm fully threaded shaft for intermediate traction
• Double‑ended trocar points double usable length
• Resists axial pull‑out under traction load
• Sold non‑sterile per package

Sized at 3.5mm (9/64") with fully threaded double trocar points, this Steinmann pin sits between the 3.2mm and 4mm fully‑threaded gauges, suited to intermediate‑heavy skeletal traction requiring axial pull‑out resistance.

Features & Benefits

• 3.5mm fully threaded shaft for intermediate‑heavy traction
• Double‑ended trocar points double usable length
• Resists axial pull‑out under traction load
• Sold non‑sterile per package

Built at 4.5mm (0.177") with fully threaded double trocar points, this Steinmann pin carries the heaviest fully‑threaded gauge in the standard range, sized for the largest skeletal traction setups requiring maximum pull‑out resistance.

Features & Benefits

• 4.5mm fully threaded heaviest standard gauge
• Double‑ended trocar points double usable length
• Resists axial pull‑out under maximum load
• Sold non‑sterile per package

Built at 4mm (5/32") with fully threaded double trocar points, this Steinmann pin pairs heavy shaft stiffness with full thread length for major skeletal traction requiring maximum pull‑out resistance against axial load.

Features & Benefits

• 4mm fully threaded shaft for major skeletal traction
• Double‑ended trocar points double usable length
• Resists axial pull‑out under heavy load
• Sold non‑sterile per package

Built with a single trocar point and a round opposite end on a 229mm 2.4mm shaft, this Steinmann pin pairs the cortical‑entry geometry of the trocar with a smooth load‑bearing round point for traction frame attachment. The 2.4mm gauge suits pediatric and small‑bone traction.

Features & Benefits

• 2.4mm fine shaft for pediatric and small‑bone traction
• Single‑ended trocar with opposite round point
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

This pin with single‑ended trocar and round point in 2.8mm diameter provides temporary fracture reduction holding and alignment maintenance during open and percutaneous fixation. The round‑point geometry reduces cortical stress concentration compared to sharp trocar designs, while the 229mm length accommodates larger bone fragments. Stainless steel resists corrosion.

Features & Benefits

• Single‑ended trocar with round point reduces cortical stress
• 2.8mm diameter suits temporary fracture reduction and alignment
• 229mm length accesses deep metaphyseal and diaphyseal regions
• Disposable format ensures sterility and eliminates reprocessing

The Steinmann pin single‑ended trocar features a sharp round point geometry optimized for bone penetration during skeletal traction and fracture fixation. The 2mm diameter provides moderate rigidity while minimizing cortical bone disruption during insertion through the intramedullary canal. Disposable format ensures sterility and eliminates reprocessing burden.

Features & Benefits

• 2mm trocar‑point geometry penetrates cortical bone
• Steinmann pattern for traction and fracture fixation
• 229mm length supports stable skeletal anchoring
• Disposable format ensures sterility and case efficiency

These single‑ended Steinmann pins pair a trocar drilling tip with a round trailing end across a 3.2mm × 229mm shaft, supplied five per pack. The trocar leads through cortical bone for fracture fixation and external traction, while the smooth round end seats into chucks and traction bows without snagging. Stainless steel construction and disposable packaging preserve tip sharpness for each case.

Features & Benefits

• 3.2mm trocar tip drills clean through cortical bone
• Round trailing end seats into chucks and traction bows
• 229mm length suited to skeletal traction setups
• Five‑pack disposable format maintains case‑to‑case sharpness

Built with a single trocar point and a round opposite point on a 229mm 4mm shaft, this Steinmann pin pairs the cortical‑entry geometry of the trocar with a smooth round opposite end for traction frame attachment. The configuration supports skeletal traction setups requiring a defined load‑bearing end.

Features & Benefits

• 4mm shaft for moderate skeletal traction
• Single‑ended trocar and opposite round point
• 229mm length suits long‑bone applications
• Five per package, sold non‑sterile

The Steinmann pin single‑ended design with a 4.5mm round cross‑section and trocar tip facilitates rapid transcortical placement for skeletal traction, temporary reduction holding, and percutaneous fixation in fracture care. The 229mm length reaches through thick soft tissue envelopes typical in femoral and tibial fractures. Stainless steel construction resists corrosion from skin contact and blood exposure during placement.

Features & Benefits

• 4.5mm round trocar tip for transcortical purchase
• 229mm length penetrates soft tissue layers
• Single‑ended design supports traction application
• Disposable format ensures sterile insertion