Combining clinical podiatric experience with advanced volumetric modeling to power clinics and orthopedic labs worldwide.
At Biomech Studio, we combine decades of podiatric expertise with state-of-the-art 3D scanning and custom design technology. Our mission is to revolutionize the creation of custom 3D insoles and orthopedic lasts, delivering precision, comfort, and unmatched quality to clinics and individuals worldwide.
We believe in continuous innovation, pushing the boundaries of what's possible in medical technology and biomechanics.
We bridge the gap between clinical foot scans and physical production. By combining the skills of certified biomechanical modelers with strict visual quality reviews, we ensure that every design is optimized for fabrication, saving you production remakes and technician time.
How we model clinical scan data into precision insoles & orthopedic products.
Clinicians easily upload 3D foot scans, plaster casts, or clinical measurement profiles directly to our B2B portal.
Our certified orthopedic designers model custom insoles, custom orthoses, or lasts to match patient-specific prescriptions.
Every file undergoes meticulous volumetric inspections, arch thickness validation, and strict alignment checks.
Clean, manufacturing-ready STL, DXF, or OBJ files are exported for instant CNC milling or 3D printing.
Every project begins with a clear understanding of your clinical, anatomical, and manufacturing requirements. We provide responsive communication and dedicated support for custom orthopedic CAD projects.
We combine foot anatomy, biomechanics, and clinical requirements to develop accurate 3D orthopedic models. Every design is created with fit, function, and intended application in mind.
We collaborate directly with podiatrists, orthotists, pedorthists, laboratories, and footwear professionals to refine design parameters and deliver CAD files that match project specifications.
Our CAD development focuses on practical, manufacturing-ready digital files, with attention to geometry, consistency, and production requirements for downstream CNC, milling, injection, or 3D printing workflows.
Tell us about your custom insole or shoe last requirements, and we will provide a personalized CAD modelling quote.
