Designing next-generation user interfaces that integrate capacitive touch, trackballs, rotary encoders, display panels, and high-reliability key switches. Engineered for medical equipment consoles, military vehicle command terminals, and rugged industrial machinery.
Designed for demanding environments where operators need to interact via screens, pointing devices, and physical buttons simultaneously.
Combines mechanical switches, capacitive surfaces, and tactile domes into a unified console control board.
Integrates aerospace-grade optical trackballs or rugged multi-touch pads for precise cursor control in medical and naval consoles.
Seamless optical bonding of cover glass or touch overlays onto TFT displays to ensure condensation-free and sunlight-readable views.
Industrial onboard microcontrollers handling key mapping, debouncing, trackball tracking, and USB/CAN/Ethernet conversion.
Sealed optical or mechanical rotary encoders offering positive tactile step increments for reliable speed and frequency settings.
Advanced Faraday cage structures, grounding gaskets, and ITO glass windows to suppress electromagnetic interference (EMI).
Keetronics develops custom advanced input assemblies that go beyond standard keyboards. We specialize in engineering hybrid solutions that integrate various HMI technologies into a single structural frame, pre-wired, tested, and ready to slot into your primary system chassis.
Lamination of glass panels directly to displays with optically clear adhesives (OCA) to prevent reflections and fogging.
Ruggedized, high-resolution pointing modules with drainage channels for reliable operation under liquid spray.
Sealed mechanical or optical encoders offering tactile step increments for parameter adjustments.
Integrated control boards capable of routing both touch data and physical key matrix signals over a single USB cable.
Customize sensor combinations and feedback styles.