HeadMouse® Nano

An innovative mouth mouse device that has been used by users worldwide for over 20 years as a gateway to digital freedom. It enables people with severe mobility restrictions to control computers and access digital communication independently.

An assistive technology device that functions as a mouse pointer for computer access and control.

An internal head-tracking control system that enables Accent device operation through head movements without requiring external switches. It offers fine adjustments of sensitivity tailored to individual user needs, including horizontal and vertical sensitivity settings, display options for selected fields, manual or automatic activation modes, filtering, and pause/resume functions. NuPoint is available for Accent 800, Accent 1000, and Accent 1400 models and can be retrofitted at a later time.

An eye-tracking upgrade accessory for the MindSpeaker system that enables hands-free device control using eye movement, including single-eye tracking capability. It integrates seamlessly with MindSpeller communication software for precise, high-performance eye-gaze control.

A wireless EEG headset (available in headband or earbud form factors) that allows users to control their AAC device through brain signals detected by tiny embedded sensors. Featuring patented AI technology that interprets brain activity with a revolutionary 100 millisecond response time for thought-based device control.

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

Trackballs, which do not need precise control or extra space, can be used as a controller for various devices. Especially, the Chalgomu Keyboard has minimized the demand for extra space by minimizing its exterior design.

Communication aids with eye tracking technology, providing an alternative for individuals with motor limitations that make touchscreen selection difficult. Eye control systems deliver maximum performance even with uncontrollable head movements, challenging lighting conditions, and when wearing glasses or contact lenses. The entire device can be controlled with the eyes, including communication software, screen keyboards, office and internet applications, and environmental control systems.

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.

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.

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

Wireless and wired hand controllers for patient-operated adjustment of medical beds and treatment chairs. Allows patients to control positioning independently during care.