Heavy-duty tactical keyboards engineered for distinct tactile feedback in severe industrial environments. Configured as short-travel inputs (0.3mm to 0.5mm travel using metal/polyester domes) or long-travel inputs (2.0mm to 4.0mm travel using sealed mechanical keys) to provide operator certainty even when wearing heavy utility gloves.
Engineered to prevent duplicate key entries and operator errors on vibrating machinery by providing robust tactile confirmation under any working speed.
Uses premium metal or polyester domes providing crisp click feedback with a short travel distance (0.3mm to 0.5mm). Perfect for clean interface panels.
Incorporates full-travel industrial mechanical switches (2.0mm to 4.0mm travel) for operators accustomed to traditional desktop keyboard typing.
High tactile ratio (over 40% snap force drop) ensures the operator receives positive physical confirmation, preventing duplicate entries or missed keys.
Constructed behind tough silicone rubber skins or polyester overlays, offering absolute protection against dust, dirt, moisture, and cleaning chemicals.
Designed with generous key-to-key pitch and raised key edges, enabling error-free key entry even while wearing heavy leather or insulation gloves.
Built on a solid metal carrier plate, ensuring structural stability that survives the constant vibration of heavy mining, CNC, and military machinery.
We offer custom key switch selections tailored to your operational environment. Short-travel designs use thin metal domes with high actuation forces (up to 5.0N) to avoid accidental presses on moving vehicles, while long-travel keyboards integrate gold-plated mechanical switches under rubber sleeves to combine typing comfort with IP65-grade liquid sealing.
Includes plug-and-play USB and legacy PS/2 interfaces, allowing compatibility with old PLCs and modern PCs.
Integrated hardware debouncing circuits suppress noise and contact bounce, ensuring exactly one keypress per activation.
Long-travel models feature custom guidance tubes and rubber seals to prevent oil, grit, and chips from reaching the switches.
Anodized aluminium or stainless steel backplates support the circuit boards, preventing flex under heavy thumb pressure.
Customize the travel limits, key legends, and pointer devices.