State-of-the-art, ultra-thin HMI keyboards and low-profile keypad overlays. Engineered at a thickness of under 1.5mm, these interfaces integrate stainless steel tactile metal domes, flexible printed circuitry (FPC), and robust protective overlays. Perfect for space-constrained medical, military, aerospace, and high-reliability industrial setups.
Designed for space-critical controls where thickness, weight, and mechanical footprint are limited without sacrificing tactile click response or environmental sealing.
Overall switch stack thickness between 1.0mm and 1.5mm minimizes housing depth requirements in portable instruments.
Embedded stainless steel metal dome array provides distinct mechanical snap feedback under fingers.
IP67 ingress protection against dust, water, grease, and aggressive sanitizing agents in harsh environments.
High-density copper FPC backing circuit offers tight bend radius tolerances and maximum signal path integrity.
Embossed borders, matte/gloss textures, and corporate branding silkscreened onto chemical-resistant polyester overlays.
Extremely flat surface-mount LEDs (under 0.5mm height) embedded inside the film layers for clear status signals.
Space constraints shouldn't compromise tactile feedback or long-term durability. Keetronics ultra-thin keyboard panels stack active tactile metal dome layers, flexible circuits, and shielding films into a durable unit under 1.5mm thick. Trusted in handheld medical monitors, military rugged tablets, and aerospace cockpit dashboards.
Integrates copper conductors for superior bend radius and high density electrical layouts.
Zero Insertion Force layout terminating in standard pitch connectors for direct PCB mating.
Saves vertical space using ultra-thin SMD light emitting elements underneath graphic windows.
Diverts static discharge currents up to 30kV safely to chassis ground to shield circuits.
Tailor the ultra-thin keyboard stack, overlays, and connections to your system.