Our custom membrane switches and human machine interfaces provide a professional and sophisticated look for products. We design medical interfaces and keyboards with a continuous surface that covers any display, window, and electronic device inside the product.
High Biocompatibility: Manufactured from non-toxic, hypoallergenic materials compliant with ISO 10993 biocompatibility standards, ensuring no toxicity or allergic reactions occur upon human contact.
Easy Cleaning and Disinfection: The seamless sealed surface design eliminates bacterial hiding places, withstanding high-intensity, high-frequency disinfection protocols. Wiping with high-concentration alcohol or chlorine-based disinfectants causes no surface damage.
Electrical Safety: Switch circuits employ double insulation design with leakage current strictly controlled below 10μA, safeguarding both patients and medical personnel.
Superior Operational Experience: Tactile feedback is precisely engineered with actuation force controlled within 200-400gf, providing clear confirmation even when operated by gloved personnel. Additionally, an integrated LED backlight system offers extensive brightness adjustment, ensuring clear visibility of all functional indicators in dimly lit clinical environments.
Critical Care Equipment: In patient monitors, membrane switch panels undertake operational functions and must meet stringent medical environment requirements.
Point-of-Care Diagnostics: For devices such as blood glucose meters and sphygmomanometers, the ultra-thin design of membrane switches reduces instrument weight. Their flexible material adapts to curved casings, conforming to the natural contours of the hand.
Imaging Equipment: For ultrasound devices, membrane switches provide a stable operating interface, ensuring reliability during use.
Surgical Assistance Equipment: For surgical robots and anaesthesia machines, membrane switches offer rapid response times and can incorporate backlighting. This assists medical staff in swiftly switching modes, reducing operational errors.
