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.

Sliding & Rotating Socket Adapter

Engineered for ultimate clinical precision, this sliding rotating socket adapter provides a unique dual-adjustment mechanism. It features a full 360° rotation combined with an 11 mm sliding range, allowing for perfect post-lamination alignment. Available in 3-prong and 4-prong configurations with high-strength titanium cores.

Long Rotatable Pyramid Adapters & Receiver (Ps/Rs/PT/RT)

Engineered for clinical cases requiring additional vertical clearance, this long rotatable pyramid adapter offers extended modular height adjustment. Available as a pyramid or long prosthetic receiver, it provides 360° rotation for perfect alignment in both high-strength stainless steel and ultra-lightweight titanium.

3 Prong Rotating Socket Lamination Adapter With Pyramid and Receiver

Engineered for complex prosthetic builds requiring extended vertical reach, this rotating socket lamination adapter features long rotatable pyramid and receiver components. It acts as a premium 3-prong socket adapter, offering 360° rotation and hybrid titanium weight-saving options for high-performance clinical results.

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.

Pyramid Adapter with M36 Inner Thread

Engineered for high-load modular configurations, this pyramid adapter with M36 inner thread serves as a reliable M36 threaded prosthetic adapter. It provides a secure male pyramid interface for shuttle locks and socket adapters, supporting up to 125 kg in both durable stainless steel and ultra-light titanium variants.

Prosthetic Double Adapters with Adjustment Screws

Engineered for versatile modular connections, this high-performance prosthetic double adapter features dual pyramid adjustment cores. Designed as a robust double ended pyramid adapter, it offers four height configurations (32mm to 75mm) and high-quality zinc-coated M8 screws for secure, vibration-proof alignment.

Double Adapter Pyramid/Pyramid

Engineered for high-strength modular configurations, this double adapter pyramid/pyramid  serves as a critical male to male prosthetic adapter. It provides a secure interface between two pyramid receivers, featuring an advanced pyramid to pyramid connector design in durable steel, titanium, or lightweight aluminum-titanium hybrid variants.

Pyramid to Receiver Adapter

Engineered for precise modular alignment, this high-performance pyramid to receiver adapter functions as a critical prosthetic male to female adapter. It provides an adjustable bridge between male pyramids and modular components, offering five height configurations (32mm to 75mm) in both high-strength stainless steel and lightweight titanium variants.

Socket Attachment Blocks

Engineered for high-strength integration, this premium socket attachment block serves as the essential distal interface for custom artificial limbs. Designed as a high-performance lamination socket block, it supports up to 125 kg and includes a dedicated lamination dummy to ensure flawless shape retention during the clinical fabrication process.

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.

Metallic Attachment Blocks

Engineered for high-precision thermoplastic socket fabrication, these metallic attachment blocks provide a robust and detachable interface. Designed as a versatile aluminum prosthetic socket block, they ensure secure modular integration for both transtibial and transfemoral frames, supporting up to 100 kg with superior structural integrity.