Wright Medical 45712010 Pro-Toe VO Fixation Component | 2.0 mm Diameter x 13 mm Length | 10 Degree Angled Profile | Stainless Steel Rigid Connector | New

Expiration: 2027-03-06

The Wright Medical 45712010 Pro-Toe® VO Fixation Component is a high-precision, solid stainless steel intramedullary mechanical connector designed for alignment modeling, structural joint testing, micro-fixation studies, and mechanical stress evaluation. Featuring a hybrid design with a 2.0 mm outer thread diameter, a 13 mm length, and a 10-degree pre-bent angle, this single-piece rigid element combines a distal screw thread section with a proximal retention blade profile. The integrated 10-degree bend allows for angled alignment configurations during benchtop joint assembly and biomechanical testing. Constructed from high-strength surgical stainless steel, this non-temperature-dependent component provides exceptional rigid stability without risk of cold deformation. It serves as an ideal hardware element for orthopedic research, mechanical joinery evaluation, micro-fastener testing, and instructional displays.

Product Details

• Brand / Manufacturer: Wright Medical® (Stryker®)
• Part / Catalog Number: 45712010
• Product Line: Pro-Toe® VO
• Product Type: Intramedullary Fixation Component / Micro Mechanical Connector
• Screw Diameter: 2.0 mm
• Length: 13 mm
• Angle Configuration: 10 Degree (Plantarflexed / Angled Profile)
• Blade Width: 4.0 mm
• Material Composition: High-Strength Surgical Stainless Steel
• Quantity Included: 1 Unit (or per selected listing variation)
• Unit of Measure: 1 Each (1/EA)
• Application: Mechanical joint alignment testing, micro-fastener stress testing, biomechanical laboratory research, and instructional assembly displays
• Condition: Brand New — Unused, factory sealed in original individual packaging.

Key Features

• Single-piece solid stainless steel construction delivers high axial strength and structural rigidity
• Pre-bent 10-degree angle profile facilitates precise directional offset in joint alignment setups
• Hybrid design integrates a threaded screw anchor end with a barbed retention blade for dual-zone stability
• Non-temperature-dependent material maintains structural form and mechanical resistance across all testing ambient environments
• Compact 2.0 mm profile allows insertion into small-bore channels and high-precision testing fixtures