Foot specialists and custom-insole labs ask us about scanners, fabrication equipment and materials. Share your workflow and we will review which equipment options and materials may fit, then confirm details for your project.
A custom-insole workflow usually starts with capturing the foot, then shaping the insole by removing material or building it up. CNC milling and 3D printing are alternative routes, not steps you need both of.
Digital capture of foot shape as the starting point for a custom design, replacing or complementing plaster casts and foam boxes.
Shapes the insole by milling a solid material blank, a familiar route for labs that work with foam and EVA blanks.
Builds the insole or shell layer by layer from a digital design, an alternative to milling for labs exploring printed structures.
A non-contact laser scanner that captures the plantar surface of the foot and exports 3D data for the custom-insole design step.
A non-contact laser scanner that captures the plantar surface of the foot and exports 3D data for the custom-insole design step.
Camera-based 3D scanning of both plantar surfaces.
Material families we can discuss for custom-insole work. Availability, grades and suitability are reviewed for each project before any recommendation or quotation.
Base and shell materials for shaping custom insoles.
Comfort and shock-absorbing layers.
Surface layers for comfort and finishing.
Materials for 3D-printed routes, reviewed per process.
Tell us how you capture, design and produce custom insoles today, and what you want to change.
We review which equipment options and materials may fit your volume, space and route.
Models, specifications and terms are confirmed in writing for your inquiry, not assumed from this page.
Send your workflow details through our inquiry form. We will reply with the options we can confirm for your project.
Contact Our Team See custom insole development