CoMoveIT Flex

A configurable adaptive manual wheelchair with multi-adjustable features designed to fulfill individual needs. Offers precise control, superb balance, and exceptional performance for responsive mobility.

E-Move is the market's first drive-ring-controlled power unit that adapts to individual user needs. It supports the user's starting movement powerfully when using the drive ring, saving energy and enabling longer distances and overcoming obstacles normally avoided. The system offers extensive customization options including adjustable parameters for arm strength imbalance, one-handed operation (hemiplegia), drive ring sensitivity, extra forward or backward power, and turn sensitivity, with a gyro function to automatically compensate for sloped surfaces.

Collaborative robot-assisted add-on for visor2 enabling ultra-precise and reproducible TMS coil positioning with automatic tracking of head movement and compensation for patient motion during therapy.

A configurable adaptive manual wheelchair from the Flexx series with multi-adjustable features. Designed for precise control, superior balance, and exceptional performance.

Control electronics for motorized medical positioning systems. Enables coordinated multi-axis motion in diagnostic imaging and surgical equipment.

Proportional Head Control that is highly adjustable to user's needs. It is intended for adult and pediatric power wheelchair users with little extremity control but good head control, allowing for proportional and switched driving with multiple force sensors.

A tilt-in-space wheelchair for children combining the mobility features of the Mio model with integrated tilt functionality for positioning and comfort management.

Brain-computer interface system for motor recovery and neurological rehabilitation applications. Provides high-fidelity motor intent detection for assistive device control and therapy monitoring.

High-resolution motor cortex interface enabling direct external device control through brain-derived signals. Supports prosthetic limb operation, wheelchair control, and communication device activation.

Advanced control interface for electric wheelchairs enabling users to operate motorized mobility devices with precision and ease. Supports various input methods for different user capabilities.

Advanced control platforms for coordinated multi-axis motion in surgical robots and diagnostic imaging systems. Enable precision automation and repeatability in medical applications.

An intelligent walking assistive robot designed to help patients with stroke, spinal cord injuries, post-operative rehabilitation, and age-related gait difficulties regain mobility and confidence. The device provides autonomous walking support and rehabilitation training suitable for both clinical and home environments.