E-Move

An active/user-controlled electric drive unit that is the first drive ring-controlled motor attachment that adapts to individual needs. It mounts on manual wheelchairs and features customizable parameters including gyro function for level compensation, single-hand operation capability (hemiplegia), and adjustable drive ring sensitivity. Available in wheel sizes 20", 22", 24", 25", and 26" with a maximum speed of 8.5 km/h and range of approximately 18 km (NiMH) or 27 km (Li-ion).

WheelMove is a patented electric assistance system for manual wheelchairs designed to improve mobility for disabled people. It features motorized wheels that enable users to move with less effort over difficult terrain and access previously inaccessible areas. The system is easy to install and remove, has a long battery life, and is compact and lightweight. It lifts the small front wheels of the wheelchair quickly and effortlessly while maintaining responsiveness and maneuverability.

An omnidirectional electric drive wheel that delivers precision mobility by combining forward, backward, and sideways electric drive capabilities. The wheel rotates around its own axis and can move 90° sideways using force-sensitive sensors, making it ideal for equipment requiring precise positioning in tight spaces. Typically installed as a fifth drive wheel, it is suitable for patient lifts, hospital beds, stretchers, and industrial trolleys, with a maximum assisted speed of 6 km/h and maximum weight capacity of 600 kg on horizontal surfaces.

A patient transfer tool designed to safely move patients between stretchers, operating tables, trolleys, sickbeds, and CT tables. Facilitates horizontal patient repositioning to reduce injury risk during transfers.

A medical mobility assistance device designed to facilitate patient movement and transfers.

A joystick-controlled drive unit that mounts on manual wheelchairs and is equipped with modern hub motors allowing users to choose between motorized propulsion or manual rolling. Features an LCD display visible in sunlight, a swivel joystick with customizable grip options, optional caregiver control, and individual parameter programming. Available in wheel sizes 16", 20", 22", 24", 25", and 26" with a maximum speed of 6 km/h and range of approximately 16 km (NiMH) or 30 km (Li-ion).

A whole-body training device that simulates natural human gait patterns through unique three-dimensional movement. The device promotes microcirculation and improves blood flow throughout the body, strengthens deep muscles, tendons and ligaments, and activates the parasympathetic nervous system to reduce stress. It is used for training, relaxation, and recovery, and can be controlled via remote control or mobile app.

An upgraded and powerful drive unit for manual wheelchairs featuring improved motor drive, a new joystick, and enhanced safety features. It allows users to choose between motorized and manual propulsion, providing increased accessibility and better control in daily life. The system offers robust performance and improved functionality compared to the standard E-Drive model.

A caregiver-controlled drive unit that provides additional pulling power for wheelchairs when ascending inclines and applies braking when descending slopes. It simplifies wheelchair propulsion for caregivers by reducing physical demands in challenging terrain situations.

A powered wheelchair steering system mounted on the back of a wheelchair, controlled by head-only or head-foot touch pads. It features auto-calibration at every start, continuous and automatic adaptation to the user, interface access to peripherals and computers, and provides therapeutic effects including reduction in pathological tonus, improved posture and symmetry, and enhanced independence and quality of life for users with complex movement disorders.

Powered mobility device designed to enhance personal autonomy and independence for users with reduced mobility. Features advanced technology for navigation across various daily environments. Combines safety, reliability, and ergonomic design for optimal postural support and user comfort.

An intelligent head or head-foot steering control system designed for people with complex movement disorders such as Cerebral Palsy, MS, and tetraplegia. It features up to 5 head sensors and 4 foot sensors with switched or proportional driving modes, minimum adjustable activation force per sensor, advanced real-time and continuous user adaptation, and integrated reversing and relaxation functions with direct access to adaptive game controllers.