Membrane Graphic Overlay

Thin film switch is a new type of electronic device based on thin film pressure sensors, which achieves the opening and closing state of buttons through elastic deformation. It has a simple structure, beautiful appearance, strong environmental resistance, and long service life. In addition, membrane switches also have advantages such as ultra-thin design, high sensitivity, low noise, and low cost, making them suitable for thin and light designs and products that require silent operation.

Our Membrane Graphic Overlay application scenarios

• Kitchen appliances: Function selection panel for microwave, oven, and rice cooker, supporting temperature adjustment, timing, mode switching, and other operations.

• Household appliances: touch panels for air conditioners, washing machines, and water heaters, integrating functions such as air speed, program selection, and start stop control.

• Small appliances: coffee machines, juicers, and air purifiers have a simple user interface that is usually designed to be waterproof and easy to clean.

• Smart home central control panel: a centralized control switch for lighting, curtains, and temperature control system, supporting touch or button operation.

• Electronic scales and blood pressure monitors: thin film buttons that link parameter settings and data display to meet the precise control needs of medical equipment.

• Vehicle control

• Intelligent cockpit: multifunctional buttons on the steering wheel (for making and receiving calls, cruise control, volume adjustment), touch panel for the central entertainment system.

• Vehicle control: film switch module for window/sunroof lifting, rearview mirror adjustment, seat heating/ventilation.

• Air conditioning system: an integrated control interface for temperature, wind speed, and air outlet mode, often combined with backlighting or ambient lighting.

• Monitor and ventilator: membrane buttons for parameter settings (such as heart rate threshold, oxygen concentration) and function switching, supporting disinfection and cleaning.

• Ultrasound equipment and surgical instruments: Compact operating panel with integrated functions such as image adjustment and program selection.

• Blood glucose meter and therapy device: simple operation interface, large font buttons suitable for elderly users, and some support waterproof design.

• CNC machine tools and automated production lines: thin film panels for start stop control, mode switching, and parameter input, often paired with metal frames for enhanced protection.

• Power equipment: The status monitoring and function buttons of distribution boxes and control cabinets need to have anti misoperation locking function.

• Oscilloscope and multimeter: thin film switches for function selection and data settings, supporting wear-resistant coatings to cope with frequent operations.

• Aircraft cockpit: Instrument panel function buttons, navigation system control switches, must pass rigorous seismic and high-voltage resistance tests.

• Satellite equipment: Lightweight membrane switches are used for parameter setting in space environments, adapting to extreme conditions such as vacuum and radiation.

• Radar control console, individual equipment: waterproof and explosion-proof film panel, meeting the reliability requirements of outdoor combat environments.

• Smart door lock: a thin film button panel linked with password input and fingerprint recognition, supporting backlight illumination and privacy protection design.

• Smart wearables: Some wristbands/watches have side touch buttons made of flexible film material to adapt to curved dials.

• Charging station: a membrane switch for charging mode selection and payment, which needs to have outdoor sun protection and scratch resistance characteristics.

• Energy storage equipment: state monitoring and charge/discharge control interface, integrated design with LCD display screen and thin film buttons.