Prosthetic Trans Femoral Socket (In Development)

Custom-designed prosthetic sockets manufactured using 3D technology for precise anatomical fit. Each socket is engineered to optimize load distribution, comfort, and long-term wear characteristics.

A custom 3D-printed prosthetic socket for amputees, available in multiple material options including polypropylene for diagnostic sockets and PETG for check sockets. The socket can be manufactured with variable wall thickness for comfort and is designed to closely mimic the stiffness of permanent carbon-reinforced prosthetics.

A custom-designed prosthetic socket component created using 3D printing technology with HP Nylon PA12 material. The socket serves as the interface between the residual limb and the prosthetic limb, providing comfort and stability for amputees.

Specialized prosthetic devices designed specifically for pediatric amputees, integrating advanced robotics and bionics. These prosthetics support healthy development and natural movement patterns in growing children.

Advanced materials formulated for prosthetic socket fabrication, offering durability and biocompatibility. These materials provide optimal weight distribution and residual limb interface properties for extended wear applications.

Custom-manufactured prosthetic socket components and interface liners through 3D printing technology. Enables patient-specific fitting for improved comfort and functional mobility.

A test prosthetic socket produced using FDM 3D printing with the Embrace Corset solution and strength printing strategy. The socket is manufactured in polypropylene or PETG materials to achieve the necessary balance of flexibility, strength, and surface smoothness required for patient comfort and structural safety during the testing phase.

Patient-specific prosthetic components designed and manufactured using precision 3D printing technology. Enables customized fit and improved functionality for prosthetic rehabilitation applications.

Custom-made prosthetic devices for lower limb amputation that restore mobility and function. Manufactured using advanced 3D technology with biocompatible certified materials to provide precise fit, lightweight construction, and aesthetic integration.

3D-printed customized prosthetics and orthotics fabricated to individual patient specifications for improved mobility and function.

Patient-specific joint prosthetics manufactured using bioactive 3D printing materials with nano-hydroxyapatite technology. Designed for improved osseointegration and long-term functional performance.

The Trust Socket is a remoldable thermoplastic prosthetic socket system that enables rapid fabrication and fitting of lower limb prostheses in 1-2 hours. Pre-assembled components and portable design eliminate the need for specialist machinery, allowing immediate prosthetic rehabilitation at any clinical location. Compatible with the Motio Functional Report for data-driven treatment optimization.