Steplife P5 Knee Module

Advanced lower limb prosthetic feet and knees featuring microprocessor technology and carbon fiber construction for amputees. Devices include motorized knees, articulated ankle-foot systems, and sport-specific prosthetic blades that provide real-time biomechanical feedback. Designed to restore natural gait patterns and enable activities from daily mobility to running and cycling.

Articulated knee mechanisms for above-knee prosthetics with variable resistance and stability features. Engineered to support different walking speeds and functional demands.

Prosthetic knee unit designed with safety features for stability and fall prevention. This knee provides secure support during walking and weight-bearing activities.

Knee replacement prosthesis for patients requiring knee joint reconstruction due to arthritis or trauma. The prosthesis is engineered to restore knee function and improve patient mobility. Designed for long-term clinical use.

Recumbent linear stepper designed for total knee rehabilitation and recovery. The device provides low-impact, controlled stepping motion suitable for post-operative knee rehabilitation, range-of-motion exercises, and progressive strengthening protocols. Recumbent positioning reduces joint stress while enabling therapeutic lower limb mobilization.

The first robotic knee orthosis that interprets and meets patient needs to achieve functional gait, providing appropriate assistance at each moment. The device offers superior control and precision during rehabilitation with personalized treatment, reducing recovery times and decreasing pain. It is ideal for individuals with knee weakness, such as those who have undergone knee arthroplasty surgery or suffered a stroke, among other conditions.

The St Leger Knee System is an orthopaedic device designed for knee joint reconstruction and stabilization in physiotherapy and surgical applications. It provides structural support and alignment correction for patients with knee instability, ligament injuries, or post-operative rehabilitation. The system integrates anatomical engineering for optimal load distribution and patient mobility restoration.

Prosthetic knee units featuring stance and flexion control mechanisms. These knees provide dynamic response during walking and various activities.

Rehabilitation platform specifically designed for training prosthetic users on knee flexion and leg swing mechanics. Supports progressive stair climbing and slope negotiation with prosthetic limbs.

Advanced prosthetic device with intelligent control systems enabling natural movement and rehabilitation for limb loss patients.

Prosthetic knee unit designed for natural stance and flexion control during ambulation. This knee provides smooth movement and stability for prosthetic users.

The first robotic knee orthosis capable of interpreting and satisfying patient needs to achieve functional gait. Fully sensorized, it analyzes patient gait in real time and adapts instantly to changing needs including speed changes and directional shifts. The robotic orthosis serves as a rehabilitation tool that accelerates knee postoperative recovery and neurological rehabilitation, improving patient functionality while reducing physical load on both therapist and patient. Installation requires only 4 minutes, features sensorized insoles on both feet, durable battery lasting up to 7 hours with 2-hour full charge, and enables early standing and gait initiation.