
The Story
Smith & Nephew Richards 128080 Steinmann Pin 5/64" x 9" Diamond Point Round End BX/6
• Model: 128080
• Material: Stainless Steel
• Diameter: 5/64 inch
• Overall Length: 9 inches
• Box of 6
The Smith & Nephew Richards 128080 Steinmann Pin 5/64″ × 9″ (Box of 6) is a precision‑engineered orthopedic fixation pin designed to provide dependable support and alignment in trauma and reconstructive procedures. With a 5/64″ diameter and 9″ length, this Steinmann pin is well‑suited for a wide range of applications, including provisional fracture stabilization, skeletal traction setups, and as a guide for cannulated drills and implants. The diamond‑point tip facilitates smooth, controlled penetration into bone while minimizing disruption to surrounding tissues — a critical factor in achieving secure and accurate fixation in clinical environments.
Manufactured from high‑grade surgical stainless steel, this multi‑use Steinmann pin delivers reliable mechanical strength and corrosion resistance necessary for repeated surgical use after sterilization. The round end and diamond tip design work together to help surgeons achieve precise placement with improved procedural predictability. Its standard 9″ length accommodates a variety of anatomical sites across the axial and appendicular skeleton, making it a versatile and essential addition to any orthopedic trauma tray.
Packaged in a box of six, the Smith & Nephew Richards 128080 Steinmann Pin offers excellent value and convenience for operating rooms, ambulatory surgical centers, and orthopedic specialty practices. Ideal for trauma surgeons, orthopedic specialists, and surgical teams focused on delivering consistent clinical outcomes, this pin supports procedural efficiency while contributing to optimal patient care. Whether used for temporary fixation, skeletal traction, or guiding other orthopedic instruments, it exemplifies trusted design and performance in orthopedic implant technology.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Smith & Nephew Richards 128080 Steinmann Pin 5/64" x 9" Diamond Point Round End BX/6
• Model: 128080
• Material: Stainless Steel
• Diameter: 5/64 inch
• Overall Length: 9 inches
• Box of 6
The Smith & Nephew Richards 128080 Steinmann Pin 5/64″ × 9″ (Box of 6) is a precision‑engineered orthopedic fixation pin designed to provide dependable support and alignment in trauma and reconstructive procedures. With a 5/64″ diameter and 9″ length, this Steinmann pin is well‑suited for a wide range of applications, including provisional fracture stabilization, skeletal traction setups, and as a guide for cannulated drills and implants. The diamond‑point tip facilitates smooth, controlled penetration into bone while minimizing disruption to surrounding tissues — a critical factor in achieving secure and accurate fixation in clinical environments.
Manufactured from high‑grade surgical stainless steel, this multi‑use Steinmann pin delivers reliable mechanical strength and corrosion resistance necessary for repeated surgical use after sterilization. The round end and diamond tip design work together to help surgeons achieve precise placement with improved procedural predictability. Its standard 9″ length accommodates a variety of anatomical sites across the axial and appendicular skeleton, making it a versatile and essential addition to any orthopedic trauma tray.
Packaged in a box of six, the Smith & Nephew Richards 128080 Steinmann Pin offers excellent value and convenience for operating rooms, ambulatory surgical centers, and orthopedic specialty practices. Ideal for trauma surgeons, orthopedic specialists, and surgical teams focused on delivering consistent clinical outcomes, this pin supports procedural efficiency while contributing to optimal patient care. Whether used for temporary fixation, skeletal traction, or guiding other orthopedic instruments, it exemplifies trusted design and performance in orthopedic implant technology.












