Advanced keyboards featuring thermoformed 3D contoured keys and raised borders. By embossing high-grade polyester overlays using heat and pressure, we create tactile finger-guides that allow blind orientation and comfortable typing ergonomics, sealed up to IP67.
Designed to deliver tactile references, custom shape profiling, and chemical resistance for clinical and defense sectors.
Thermoformed overlays provide raised key rims, pillow surfaces, or custom finger recesses, enhancing tactile ergonomics.
Raised key boundaries allow users to feel key positions and orientation without visual checks, which is essential for low-light cabins.
Uses thermal forming on premium Autotex polyester films, ensuring the 3D shapes maintain height over 2 million activations.
The continuous embossed overlay forms an unbroken front skin, preventing water, dust, chemicals, and sanitizers from penetrating.
Houses gold-plated stainless steel domes underneath to deliver a crisp tactile snap ratio with high electrical contact reliability.
Graphics and key labels are screen-printed on the underside of the clear overlay, protecting them from cleaning agents and abrasion.
Keetronics 3D-Keys keyboards bridge membrane convenience and tactile orientation. By thermoforming durable polyester overlays into precise 3D relief structures-including pillow embosses, raised borders, and customized shape guides-we provide operators with instant physical reference. Graphics remain protected underneath the watertight polyester shield, offering a sanitary, robust interface for clinical devices, industrial machinery, and field controls.
Heat and pressure embossed profiles creating raised boundaries or button shapes directly on the top film.
High-tensile polyester film chosen for its excellent flexing life, chemistry barrier, and shape retention.
Internal cavity beneath each embossed dome that houses a stainless steel dome for click response.
Conductive screen-printed silver ink traces that route switch closure signals to the FPC connector tail.
Customize lighting, feedback options, and surface detailing.