Fisiotek LT-G

Continuous passive motion device for elbow rehabilitation, delivering controlled motion therapy to restore range of motion and reduce stiffness.

Upper limb continuous passive motion device designed for post-operative rehabilitation and joint mobility recovery. Provides controlled, motorized flexion-extension movements to improve range of motion, reduce stiffness, and facilitate tissue healing in shoulder, elbow, and wrist applications. Features adjustable motion parameters and is suitable for clinical physiotherapy settings.

An electric orthopedic exercise device used for muscle reconstruction and joint motion recovery. It provides options for elbow and wrist joint movements or combined individual joint exercises. The device features intensive exercise and adaptive exercise modes, along with a dedicated touchscreen controller for convenient exercise setting and status confirmation. Elbow height adjustment is simple to operate.

FLEXIEE 4.3 is an electric orthopedic exercise device designed to enable continuous passive rehabilitation exercises after shoulder and elbow surgery, thereby relieving pain, preventing joint stiffness or adhesions, and helping to restore normal range of motion.

The FLEXIEE 3.0 CPM device is a knee rehabilitation device designed to aid in restoring the range of motion in the knee following surgery. By enabling continuous passive motion, it helps prevent intra-articular adhesions and joint stiffness while alleviating post-operative pain. This device is designed for effective knee rehabilitation even in limited spaces, allowing users to perform exercises while seated. It offers an extended range of motion with a flexion angle of up to 150 degrees. Additionally, it includes ankle joint exercises to strengthen muscles, enhancing the overall effectiveness of knee rehabilitation.

An electric orthopedic exercise device used for muscle reconstruction and joint motion recovery. It features a robust structure to reduce product movement during exercise and provides stability. The device is equipped with both right and left arm frames for convenient use, and includes electric height adjustment functionality. Various accessories can be attached depending on the selected rehabilitation exercise type, with programming capabilities through a fixed touchscreen controller.

This knee rehabilitation device (FLEXIEE 2.2) is used to restore the range of motion after knee surgery by enabling continuous passive motion, which helps prevent joint adhesion and stiffness, and reduces postoperative pain. The product is highly durable and allows for an extended range of motion up to a flexion angle of 150 degrees. By preceding with ankle joint exercises, it effectively strengthens muscles to facilitate knee rehabilitation.

A continuous passive motion (CPM) device specifically configured for shoulder joint rehabilitation and post-operative therapy. The device provides controlled passive mobilization of the shoulder joint to facilitate healing and restore range of motion.

The RehaMoto LGT-5100P is a motorized rehabilitation device designed for kinesiotherapy and passive range-of-motion training in physiotherapy settings. It supports musculoskeletal recovery, post-surgical rehabilitation, and neurological therapy through controlled mechanical movement protocols. The device integrates programmable motion parameters for targeted joint mobilization and muscle re-education.

A continuous passive motion (CPM) device engineered for hand and wrist rehabilitation. The device delivers controlled passive motion to the hand and wrist joints for post-operative recovery and therapeutic intervention.

Motorized continuous passive motion device designed for knee joint mobilization and rehabilitation. Provides controlled passive movement to improve joint flexibility and range of motion following surgery or injury.

A rehabilitation device for upper limb passive training with gravity support in spatial movements. It includes embedded position sensing technologies for motion tracking of the full arm and provides weight relief through gravity compensation to facilitate movement execution in patients with hemiparesis.