Lexo

An electro-mechanically assisted robotic gait training device that enables patients to walk significantly more steps per day than traditional treadmill training with therapists. Designed to provide intensive gait training for rehabilitation.

Outstanding robotic end-effector gait trainer for in- and outpatient rehabilitation. Provides safe, effective robot-assisted gait training to support patient recovery.

A robotic gait training device designed to help children with mobility challenges, including cerebral palsy and other conditions, learn to walk independently and confidently. The device is available for use in both home and clinical settings and can be trialed before purchase. Early intervention with the Trexo Gait Trainer may provide additional developmental benefits for children with mobility impairments.

Therapeutic device for ankle joint rehabilitation, mobility restoration, and strength training in post-injury or post-operative recovery.

Equipment designed for lower limb rehabilitation and motor training therapy. This device supports physical therapy and exercise-based rehabilitation programs for patients with lower extremity impairments.

An electro-mechanically assisted robotic device for gait training and walking rehabilitation. The system provides motorized support to help patients regain independent walking ability during rehabilitation phases.

Multidirectional biofeedback-based lower-limb training system for aging-in-place rehabiliration

The LW680 is a rehabilitation treadmill designed for safe and effective gait training. Its low-step deck allows easy access for elderly users and rehabilitation patients, while sturdy handrails and an emergency stop system ensure maximum safety during exercise. With precise low-speed control and gradual speed adjustment, the LW680 supports a wide range of rehabilitation stages, from early recovery to functional walking training. It is ideal for hospitals, rehabilitation centers, and long-term care facilities focusing on gait recovery and cardiovascular conditioning.

The LR680 is an upper and lower limb rehabilitation exerciser designed for coordinated interlimb training. It supports both active and passive exercise modes to promote whole-body functional recovery. The wheelchair-accessible design enables easy use for individuals with mobility limitations. With built-in assessment and training functions, the LR680 is ideal for structured rehabilitation programs focused on neurological recovery, balance, and coordination improvement.

Ergometer and velcro trainer system for physiotherapy, sports medicine, and rehabilitation. Enables performance diagnostics, motion analysis, and progressive training programs for patient recovery and athletic performance assessment.

A robotic-assisted gait training device for neurological rehabilitation therapy. Enables intensive walking practice while providing active assistance adjusted to patient tolerance levels. Designed for accessibility across diverse clinical rehabilitation environments.

ExoAtlet II is a wearable exoskeleton device designed for gait rehabilitation in patients with spinal cord injury and lower limb paralysis. It enables assisted walking through powered joint actuation while integrated with physiotherapy protocols to facilitate neuromotor recovery and functional restoration. The system combines mechanical support with structured rehabilitation training to improve mobility, cardiovascular health, and psychosocial outcomes in patients with non-ambulatory conditions.