Socket designs for a modern digital clinic
Digital design made simple
Snapform SimFit makes it easy to move between socket designs without starting over. Begin with a cost-effective FDM-printed test socket for initial fitting, then switch to the final design with a single click.
You stay in control of the socket shape—while SimFit handles the complex 3D CAD work—so your designs are ready to print without manual CAD work.
The system is open, giving you the freedom to use the printers and workflows that suit your clinic.
TT Test
Cost-effective test socket
Semi-transparent thermoformable test socket with material cost as low as 10 €. Perfect solution for in-house printing. Printable on low-cost FDM printers.
Strong, easy-to-install 4-bolt interface for standard pylon adapter. Pin version has two holes to make it easy to assess the fit.
Available in vacuum, pin and supracondylar versions.
TT Explore
Advanced weight-optimised socket
Lightweight 3D-printed socket engineered for strength and durability.
Material thickness is tailored to each patient, with reinforcement in high-load areas to ensure optimal strength, stiffness, and long-term performance.
Designed to take full advantage of the material properties of SLS and MJF printing.
Available in vacuum and pin configurations.
TT Balance
Robust cost-effective final socket
Optimized for FDM printing on widely available printers. A practical solution for reliable in-house production.
Designed with thicker walls in high-load areas to create a strong and reliable socket. Easy-to-install 4-bolt interface for standard pylon adapter. Pin version has two holes to make it easy to assess the fit.
Available in vacuum, pin and supracondylar versions.
Engineered and tested for reliability
Our socket designs are rigorously tested to ensure reliability in real-world use. All designs meet the requirements of ISO 22523—an industry standard typically applied to prosthetic components.
In addition, each socket is evaluated within our gait simulation, allowing us to verify load distribution throughout the entire gait cycle and ensure strength where it matters most.
