Leave Your Message

Membrane Switch Solutions for Instruments and Meters

In the field of industrial instruments, test meters, and measuring devices, precision and reliability are essential. Duratouch membrane switch solutions are specifically designed to meet the stringent requirements of electronic instruments, analyzers, control meters, and testing devices, offering accurate operation, long-lasting performance, and resistance to harsh environments. Whether used in laboratories, manufacturing facilities, or field testing equipment, Duratouch provides dependable human-machine interfaces that combine functionality, durability, and ergonomic design.
_q9jl3oq9jl3oq9jl (1)
  • 01

    High Durability and Environmental Resistance

    Duratouch membrane switches are built to withstand mechanical wear, temperature fluctuations, humidity, and chemical exposure—common challenges in industrial and laboratory environments.
    The use of premium polyester (PET) materials, UV-protected inks, and precision silver or carbon circuits ensures stable performance over millions of actuations.
  • 02

    Excellent Tactile Feedback and Accuracy

    In instruments and meters, precise input is critical. Duratouch provides tactile dome structures, metal snap domes, and optimized actuation forces to deliver clear feedback and prevent operator error.
    Each switch is engineered for uniform resistance and consistent electrical output, even under frequent use.
  • 03

    Customizable for Complex Interfaces

    Measuring and testing equipment often require multi-function key layouts, indicator LEDs, and integrated display windows.
    Duratouch offers multi-layer designs, flexible printed circuits (FPC), and backlighting options to meet specific design and operational needs.
    Custom legends, icons, and symbols can be printed with high-resolution silk-screen or digital printing for professional results.
  • 04

    Reliable Electrical Performance

    Duratouch membrane switches provide low contact resistance and excellent circuit stability, ensuring accurate signal transmission to the device’s control system.
    Optional EMI/RFI shielding layers and grounding circuits can be added for enhanced protection in precision measuring applications.