Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm w/ 234-020-158 T-Handle
Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm w/ 234-020-158 Multi-Purpose T-Handle Orthopedic
INCLUDES:
• Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm 6-5/8"
• Styrker 234-020-158 Multi-Purpose T-Handle 5-1/4"
Ensure precise, reliable graft fixation during ACL reconstruction with the Stryker Biosteon 234‑010‑235 ACL Driver Shaft — the essential backbone of your interference‑screw insertion system. Designed to work with Biosteon HA/PLLA bioabsorbable interference screws in 23 mm, 28 mm, and 35 mm lengths, this driver shaft ensures proper alignment, controlled insertion, and secure seating of the screw — critical steps for graft stability and long‑term surgical success. Its robust construction and compatible modular handle configuration make it a core component of any orthopedic or sports‑medicine instrumentation tray.
Built to Stryker’s high standards for surgical instrumentation, the 234‑010‑235 shaft offers dependable strength and durability, maintaining optimal performance through repeated sterilization and frequent OR use. When combined with the matching T‑handle, the driver delivers smooth torque transmission, accurate screw placement, and consistent engagement — reducing the risk of slippage, graft damage, or misalignment. For orthopedic teams committed to quality outcomes, this driver shaft delivers the repeatability and reliability that matter.
Whether outfitting a fresh ACL reconstruction set, upgrading your arthroscopy / ligament repair tray, or standardizing instrumentation across your ORs, the Stryker 234‑010‑235 Biosteon Driver Shaft is a smart, value‑driven choice. Its compatibility with a wide range of Biosteon screw lengths and its integration with standard handles make it a versatile, long‑lasting instrument — helping surgeons achieve secure graft fixation, streamlined workflow, and better patient outcomes.
These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.
Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm w/ 234-020-158 Multi-Purpose T-Handle Orthopedic
INCLUDES:
• Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm 6-5/8"
• Styrker 234-020-158 Multi-Purpose T-Handle 5-1/4"
Ensure precise, reliable graft fixation during ACL reconstruction with the Stryker Biosteon 234‑010‑235 ACL Driver Shaft — the essential backbone of your interference‑screw insertion system. Designed to work with Biosteon HA/PLLA bioabsorbable interference screws in 23 mm, 28 mm, and 35 mm lengths, this driver shaft ensures proper alignment, controlled insertion, and secure seating of the screw — critical steps for graft stability and long‑term surgical success. Its robust construction and compatible modular handle configuration make it a core component of any orthopedic or sports‑medicine instrumentation tray.
Built to Stryker’s high standards for surgical instrumentation, the 234‑010‑235 shaft offers dependable strength and durability, maintaining optimal performance through repeated sterilization and frequent OR use. When combined with the matching T‑handle, the driver delivers smooth torque transmission, accurate screw placement, and consistent engagement — reducing the risk of slippage, graft damage, or misalignment. For orthopedic teams committed to quality outcomes, this driver shaft delivers the repeatability and reliability that matter.
Whether outfitting a fresh ACL reconstruction set, upgrading your arthroscopy / ligament repair tray, or standardizing instrumentation across your ORs, the Stryker 234‑010‑235 Biosteon Driver Shaft is a smart, value‑driven choice. Its compatibility with a wide range of Biosteon screw lengths and its integration with standard handles make it a versatile, long‑lasting instrument — helping surgeons achieve secure graft fixation, streamlined workflow, and better patient outcomes.
These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.
Description
Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm w/ 234-020-158 Multi-Purpose T-Handle Orthopedic
INCLUDES:
• Stryker 234-010-235 Biosteon ACL Driver Shaft 23/28/35mm 6-5/8"
• Styrker 234-020-158 Multi-Purpose T-Handle 5-1/4"
Ensure precise, reliable graft fixation during ACL reconstruction with the Stryker Biosteon 234‑010‑235 ACL Driver Shaft — the essential backbone of your interference‑screw insertion system. Designed to work with Biosteon HA/PLLA bioabsorbable interference screws in 23 mm, 28 mm, and 35 mm lengths, this driver shaft ensures proper alignment, controlled insertion, and secure seating of the screw — critical steps for graft stability and long‑term surgical success. Its robust construction and compatible modular handle configuration make it a core component of any orthopedic or sports‑medicine instrumentation tray.
Built to Stryker’s high standards for surgical instrumentation, the 234‑010‑235 shaft offers dependable strength and durability, maintaining optimal performance through repeated sterilization and frequent OR use. When combined with the matching T‑handle, the driver delivers smooth torque transmission, accurate screw placement, and consistent engagement — reducing the risk of slippage, graft damage, or misalignment. For orthopedic teams committed to quality outcomes, this driver shaft delivers the repeatability and reliability that matter.
Whether outfitting a fresh ACL reconstruction set, upgrading your arthroscopy / ligament repair tray, or standardizing instrumentation across your ORs, the Stryker 234‑010‑235 Biosteon Driver Shaft is a smart, value‑driven choice. Its compatibility with a wide range of Biosteon screw lengths and its integration with standard handles make it a versatile, long‑lasting instrument — helping surgeons achieve secure graft fixation, streamlined workflow, and better patient outcomes.
These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.
