2Speak Voice Environmental Control

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.

Voice control interface for the SOLOASSIST robotic surgery system enabling hands-free camera manipulation during minimally invasive procedures. Enhances surgeon precision and vision control while reducing procedure time and patient recovery duration.

Electronic communication device equipped with eye-tracking technology for users with limited motor control. Allows operation through eye movement for supported communication.

Electronic control systems for medical ventilation equipment used in respiratory support applications. Designed for demanding medical environments requiring high precision and reliability.

Integrated OR environmental management system controlling temperature, humidity, and air quality from unified console. Supports optimal surgical conditions while maintaining compliance with healthcare standards.

Integrated system for controlling temperature, humidity, and air quality in surgical environments to meet medical standards for sterile operations.

Integrated system managing air quality, temperature, humidity, and contamination control in critical healthcare environments. Designed for operating rooms, intensive care units, and laboratory spaces.

A control module for R-Net electric wheelchairs with 10 push buttons and voice control functionality.

Operating theatre control panel for managing integrated systems including lighting, gas supply, and room environmental controls.

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.

Electronic control mechanism governing ventilation parameters including rate, tidal volume, and pressure settings. Enables synchronized delivery of respiratory support tailored to patient clinical requirements.

Touchless illumination control system for loupes enabling on/off switching and brightness adjustment via hand gestures. Maintains sterile field integrity during clinical procedures.