Stryker System 6 Power Tool Set with Attachments & Sterilization Case 6102-454 – Used, As-Is
SKU:
GBT, 20251107 (YMD), 033637 (HIS), DFRD, 002
Stryker System 6 Power Tool Set with Attachments & Sterilization Case 6102-454 – Used, As-Is
SKU:
GBT, 20251107 (YMD), 052411 (HIS), HSUG, 002
Stryker Triathlon Knee Revision Instrumentation Set – Complete Sterilization Case with Trials & Tools – Ready for Surgical Use, Excellent Condition
SKU:
GBT-20251116-BXHS
Synthes 10 mm Unreamed Tibial Nail Auxiliary Set | Complete Orthopedic IM Nail Surgery Instrument Kit
SKU:
GBT-20251116-IXQ8
Synthes 4.0mm Cannulated Screw Set – Complete orthopedic surgical instrument system with screws & tools for fracture fixation, fully organized in sterilization tray. $1,990.00 Or best offer
SKU:
GBT-20251115-RYPD
Synthes 7.3mm Cannulated Screw Set – Sterilization case fully loaded with assorted 7.3mm long & short thread cannulated screws for orthopedic trauma fixation, ready for surgical use. $2,950.00 Or be
SKU:
GBT-20251115-YRJG
Synthes DCP Implants Complete Plate Set in Sterilization Case | Orthopedic Trauma Surgery System – Multiple Sizes | Ready to Use
SKU:
GBT-20251116-QQMM
Synthes DHS Implants Complete Plate Set | Orthopedic Trauma System – SoCalBioSys
SKU:
GBT-20251120-MQZR
Synthes DHS Implants Complete Plate Set | Orthopedic Trauma System – SoCalBioSys
Includes complete implant plate assortment for dynamic hip screw fixation and trauma reconstruction applications. Excellent condition, ready for surgical use. Contact us for additional photos, video testing, and best marketplace-direct pricing.
Synthes Distal Radius Plate Set
SKU:
GBT, 20251107 (YMD), 083535 (HIS), 08S7, 002
The "Synthes Distal Radius Plate Set" is a surgical implant system designed for the stabilization and fixation of distal radius fractures. It includes various plates tailored to fit the anatomy of the distal radius, facilitating precise and secure bone fixation. The set is intended to support optimal healing and functional recovery by providing rigid internal support. Its design allows for minimally invasive application and adaptability to different fracture patterns.





