Regular Orthopedic Foot Last STL
High-Resolution Customised Orthopedic Last for Custom Insole & Footwear Development
Key Result
Accurate anatomical foot representation, production-ready STL geometry, seamless compatibility with CNC and 3D printing workflows, and reliable integration into orthopedic footwear and biomechanical development projects.
Executive Summary
Professional high-resolution left-side anatomical orthopedic foot last designed for custom insole development, orthopedic footwear prototyping, gait analysis, and biomechanical CAD applications. The model features watertight and manifold geometry optimized for manufacturing, simulation, and medical CAD/CAM workflows.
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Full Case Details
This professional left-side anatomical orthopedic foot last is developed for advanced custom insole production, orthopedic shoe last modeling, biomechanical analysis, and footwear prototyping applications. The model represents a highly detailed anatomical foot structure optimized for medical CAD workflows and digital manufacturing environments.
The geometry is fully watertight and manifold, ensuring compatibility with industrial manufacturing systems, finite element simulations, CNC milling processes, and high-resolution 3D printing technologies. The smooth anatomical contours allow accurate adaptation for custom orthotic design, footwear shell development, pressure accommodation studies, and gait-related biomechanical evaluations.
With a high-resolution mesh containing approximately 743,444 triangles, the model provides exceptional surface detail suitable for precision orthopedic and footwear applications while maintaining stable geometry for production workflows.
Technical Specifications
- Model Type: Left Anatomical Orthopedic Foot Last
- File Format: STL
- Geometry Status: Watertight & Manifold
- Mesh Resolution: High Resolution (743,444 triangles)
Dimensions
- Height: 268.07 mm
- Depth: 94.02 mm
- Volume: 1,642,658 mm³
- Surface Area: 123,140 mm²
The model is ideal for podiatry CAD/CAM systems, orthopedic footwear development, custom orthotic fabrication, gait analysis research, and advanced biomechanical engineering workflows.
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