Pediatric SACH Foot Accessory (E 60 Mika)

Sach Foot

The SACH Foot is a medical-grade prosthetic delivering optimal stability and a natural anatomical design.

Dynamic Prosthetic Foot

The premium dynamic prosthetic foot is meticulously engineered to facilitate a natural gait cycle and provide complete water resistance, ensuring exceptional reliability and biomechanical performance for the user's daily mobility.

Order Configuration

Waterproof Performance

Single Axis Foot

Order Example

The Single Axis Foot is a reliable and durable solution for prosthetic applications, specifically designed to provide a smooth and natural gait cycle. Engineered with a classic toe shape, this prosthetic foot ensures both aesthetic integration and optimal functionality for patients requiring consistent stability.

Modular Single Axis Foot Adapter

The Modular Single Axis Foot Adapter is a high-quality prosthetic foot adapter specifically engineered to provide a secure and stable connection between single-axis feet and modular pyramid receivers.

4 Hole Adapter W/ Rotating Receiver

The 4 Hole Adapter W/ Rotating Receiver is a high-precision modular component engineered for the distal attachment of prosthetic sockets. Designed to facilitate seamless alignment, this rotating prosthetic adapter allows for free rotation adjustment, ensuring optimal positioning for both transfemoral and transtibial prostheses. It serves as a critical interface in modular prosthetic components setups where adjustability and structural integrity are paramount.

4 Hole Adapter W/ Rotating Receiver W/ M5x20 Screw

The 4 Hole Adapter W/ Rotating Receiver W/ M5x20 Screw is a precision-engineered prosthetic socket adapter designed for the distal attachment of prosthetic sockets. Utilizing high-precision M5x20 threading, this rotating pyramid receiver allows for free rotation adjustment, ensuring optimal anatomical alignment and structural stability within complex modular prosthetic components setups.

4-Hole Pyramid Adapter with Fixed Pyramid

The 4-hole pyramid adapter is a high-precision prosthetic component engineered to provide a secure and stable connection between modular parts and socket attachment blocks, ensuring optimal structural integrity in lower extremity systems.

Eccentric 4-Hole Adapter (Axial/Diagonal)

Designed for complex clinical alignments, this highly precise eccentric 4-hole adapter serves as an essential offset prosthetic adapter, offering a 5mm shift for superior spatial adjustment and socket integration.

Angled Prosthetic Tube & Pylon (10° & 20° Tilt)

Engineered for complex structural adjustments, this advanced angled prosthetic tube acts as a precise tilted prosthetic pylon, offering 10° and 20° options to optimize lower limb biomechanical alignment.

Aluminum Prosthetic Tube & Pylon (30mm/34mm)

Engineered for optimal energy return and user comfort, this high-grade aluminum prosthetic tube serves as a reliable, lightweight prosthetic pylon for advanced lower limb modular systems.

E 06 Short Tube Clamp Adapter (Low Profile 30mm)

Engineered for space-restricted clinical builds, this specialized short tube clamp adapter acts as a reliable low profile prosthetic clamp, featuring a minimal 14 mm mounting height for standard 30mm systems.

Prosthetic Socket Lamination Adapter

Engineered for high-strength socket fabrication, this premium socket lamination adapter provides a permanent distal connection interface for modular lower limb systems, functioning as a robust prosthetic socket connector.

Fixed Pyramid Socket Adapter

Engineered for effortless clinical adaptation, this fixed pyramid socket adapter features specialized heat-treated prongs for easy bending while maintaining a high-hardness pyramid to resist extreme screw pressure in modular setups.

Rotatable Prosthetic Pyramid

Precision-machined for modular versatility, this rotatable prosthetic pyramid functions as a high-performance threaded male adapter. It is designed as a direct prosthetic spare part for lamination anchors, providing uncompromised structural stability and easy clinical maintenance.

Rotatable 3 & 4 Prong Socket Adapter with Rotating Pyramid

The prong socket adapter is a high-performance prosthetic component engineered for superior alignment flexibility, offering both 3-prong and 4-prong configurations with an integrated rotatable pyramid for precise clinical adjustments.

Rotating Socket Lamination Adapter

Engineered for superior modular alignment, this rotating socket lamination adapter is available in 3-prong and 4-prong configurations. Featuring a precision female pyramid receiver adapter, it allows for post-lamination rotation adjustments, supporting high-load applications up to 134 kg.

M36 Thread with Pyramid Receiver

Engineered for high-strength clinical builds, this M36 thread with pyramid receiver serves as a reliable prosthetic pyramid receiver adapter, allowing seamless integration between shuttle locks and modular lower limb systems.

Plastic Attachment Blocks

Engineered from high-grade Delrin for optimal durability and weight reduction, these plastic attachment blocks serve as a premium interface for prosthetic lamination. Available in a wide diameter variety (75mm to 90mm), they ensure a perfect distal fit while supporting up to 100 kg with high impact resistance.

Modular Single Axis Foot Accessory (E 61 Cup)

Designed for precision alignment, the E 61 Cup serves as an essential modular single axis foot accessory. Manufactured from high-impact durable plastics, it provides a secure and seamless single axis foot interface for prosthetic builds, ensuring optimal stability and compatibility across a wide size range from 22 cm to 28 cm.

Double Adapter Adjustment Screw for Prosthetics (E 15)

Engineered for precision alignment, this double adapter adjustment screws features dual pyramid cores for versatile angle corrections. Available in Stainless Steel, Aluminum, and Titanium, it serves as a robust prosthetic double adapter capable of supporting up to 125 kg. Our Titanium models can be converted to Waterproof upon request, ensuring maximum durability in all environments.