For Sale: SYNTHES 357.385 Surgical Instruments

Seller Info
Noah Zimner
Moxie Medical LLC
Phone: (520) 425-4200
Country: USA

Suggested Price: $140 USD
Condition: Excellent
Synthes Helical Blade Measuring Device, For Helical Blades Includes: - 357.385 Mechanical Condition: Excellent Cosmetic Condition: Excellent Specifications - Manufacturer: Synthes - Reference / Part Number: 357.385 - Product Type: Helical blade measuring device - Guide Wire Compatibility: 3.2 mm guide wires - System Compatibility: Synthes Trochanteric Fixation Nail (TFN / TFNA) systems - Function: Measures appropriate helical blade length prior to implantation - Application: Proximal femur fixation instrumentation - Material: Surgical-grade stainless steel - Sterilization: Autoclavable - Use: Reusable orthopedic surgical instrument Features - Designed to measure correct helical blade length before insertion - Compatible with 3.2 mm guide wires used in TFN/TFNA procedures - Improves implant sizing accuracy and surgical efficiency - Precision measurement markings for reliable intraoperative readings - Designed specifically for Synthes trochanteric fixation nail systems - Durable stainless steel construction supports repeated sterilization cycles Applications - Trochanteric fracture fixation - Proximal femur fracture repair - TFN / TFNA intramedullary nail procedures - Orthopedic trauma surgery - Hospitals and ambulatory surgery centers WARRANTY/RETURNS: -No warranty is expressed or implied with the sale of this item(s). -Buyer has 14 days to return or exchange (if inventory allows) the product(s). Buyer is responsible for all and any shipping costs/fees. Product must be returned in original, sterile, sealed packaging. The sale of this item 'may be subject by the U.S. Food and Drug Administration and state and local regulatory agencies. If so do not bid on this item unless you are an authorized purchaser. If the item is subject to FDA regulation We will verify your status as an authorized purchaser of this item before shipping of the item.
Updated: July 05, 2026