Leopoly

Import 3D limb scan.

Use Leopoly's offset tool to create a shell.

Apply AI-driven pattern generation for ventilation.

Validate mesh thickness for structural integrity.

Export as high-res STL for 3D printing.

Upload master watch mesh.

Define material zones for the bezel, face, and strap.

Configure logic for exclusive material combinations.

Embed the viewer in the product page.

Generate dynamic manufacturing files upon purchase.

Import CAD data of the substation.

Define interactive safety protocols in LeoVR.

Simulate failure scenarios and emergency responses.

Track trainee performance via the integrated dashboard.

Issue certification based on successful completion.

Input gait analysis data.

Use the Leopoly API to deform the midsole mesh based on pressure zones.

Run structural simulations.

Generate a 3D-printable lattice structure.

Directly send to TPU-compatible printers.

Upload patient dental scan (DICOM to STL).

Position 3D implant models relative to anatomy.

Use the 'before/after' comparison tool.

Save the plan to the patient record.

Export for surgical guide printing.

Launch Leopoly Maker in Chromebook browsers.

Use the digital clay tools to create characters.

Check for printability using the 'auto-fix' tool.

Send to the classroom 3D printer.

Share models in the community gallery.

Import dashboard CAD files.

Iterate on ergonomic placements in a VR environment.

Apply different material finishes (leather, carbon fiber).

Perform collaborative review with stakeholders in VR.

Export final design for refinement in traditional CAD.