GyroSet Vigo Drive Kit

Virtual reality rehabilitation system designed for motor recovery and functional improvement in stroke, multiple sclerosis, Parkinson's disease, and cerebral palsy patients. Delivers immersive, game-based therapy for home, clinical, and institutional settings, enabling personalized rehabilitation protocols with real-time progress tracking.

A virtual reality-based rehabilitation system for mobility and movement training in clinical and home settings. Combines immersive VR technology with therapeutic benefits for comprehensive rehabilitation programs.

The MotionStage Mobile Kit consists of four 360° rotatable wheels that can be quickly mounted to the MotionStage platform. It enables flexible mobility and safe positioning of the MotionStage, allowing the training platform to be moved and deployed wherever needed.

A virtual reality therapy system that combines modern VR technology with therapeutic benefits for clinics, rehabilitation centers, or practices. It enables immersive, game-based motor rehabilitation.

A broad assortment kit of mounting items for control solutions such as switches, joysticks, or wheelchair control units. The kit uses the Light 3D modular mounting system allowing for customized mounts without welding, drilling, or 3D printing. It includes specific interfaces for mounting the most common wheelchair input and control devices, with components neatly organized in a sleek case. All Light 3D components are produced in Germany using aircraft-grade aluminum alloys processed on precision CNC machines with anodized surfaces.

A training kit designed for practicing wheelchair mounting with elements to simulate different types of wheelchair frames and components needed to build M3D, H3D, and L3D mounts from scratch. The kit enables hands-on learning in combination with online training sessions from mounting experts. It includes digital training course materials with four modules covering core wheelchair mounting principles, wheelchair connections, mount variants, and technical details, allowing users to train team members independently.

This wheelchair uses SSVEP brain-computer interface technology to decode user movement intentions and control forward, backward, left, and right movements. It enables quadriplegic patients to move independently from bed to wheelchair while training to repair neural pathways and establish spatial awareness.

Specialized robotic drive systems for rehabilitation and physical therapy robots featuring torque sensing and force feedback control. These modules enable safe, compliant interaction in robotic rehabilitation devices for patient recovery and therapeutic applications.

A motorized movement therapy device for seated leg and/or arm/upper body training. It features passive, assistive, and active training modes with digital intelligence and intuitive usability for therapeutic rehabilitation.

Electric drive motors designed to enhance manual wheelchairs by providing motorized propulsion assistance. These add-on drives enable users with reduced upper limb strength to achieve greater mobility and independence. The system integrates seamlessly with self-propelled wheelchairs, improving accessibility and reducing physical strain.

A motorized movement therapy device with a stand support frame for seated leg and/or arm/upper body training. It provides passive, assistive, and active training modes with enhanced stability.

Intelligent adaptive steering system designed to enhance wheelchair mobility and control for users with varying physical capabilities. The technology improves accessibility and independence for individuals with mobility impairments.