Membrane Switches

membrane switches example

About Membrane Switches

​Membrane switches are thin, flexible electrical circuits used to control devices and machines. They typically consist of several layers, including a graphic interface, pressure-sensitive adhesives, and conductive traces.

Unlike traditional mechanical switches, membrane switches don’t have moving parts, making them lightweight, durable, and easy to clean. They’re commonly used in medical devices, industrial equipment, home appliances, and control panels because of their reliability, compact design, and resistance to moisture, dust, and chemicals.

At Scrint Technology (M) Sdn Bhd, we specialize in crafting high-quality membrane switches tailored to meet the diverse needs of industries worldwide. Our membrane switches are engineered for durability and aesthetic appeal.

Our Membrane Switches - Durable, Hygienic, and Custom-Built

We specialize in crafting high-quality membrane switches tailored to meet the needs of demanding industries. Designed for performance and reliability, our membrane switches offer:

Hard Coated Top Surface

Designed for high-traffic environments, the hard-coated surface improves resistance to scratches, abrasions, and chemical exposure. This ensures the graphic layer remains clear and intact over time, even under frequent use or cleaning.

Antibacterial Surface

Our switches can be produced with an antibacterial coating, making them ideal for use in environments where hygiene is critical. This feature is especially valuable in medical settings, food processing areas, or public interfaces, helping to minimize the risk of bacterial contamination.

Tactile & Non-Tactile Options

We offer both tactile (with noticeable feedback) and non-tactile (smooth press) designs, depending on the application and user preference. Tactile switches provide a physical “click” feeling, which is ideal for industrial or field applications, while non-tactile designs support sleek, minimalist devices.

SMT LEDs Integration

Surface Mount Technology (SMT) LEDs can be embedded into the membrane layers, offering built-in backlighting or status indication. This improves usability in low-light environments and enhances the overall look and feel of the interface.

ESD Shielding

Electrostatic discharge (ESD) can harm sensitive electronics. Our membrane switches come with built-in ESD shielding, ensuring protection for both the switch and the connected device. This is crucial for maintaining the reliability of electronic systems in sensitive or high-voltage environments.

Ideal Applications of Membrane Switches

Membrane switches are perfect for medical devices, industrial equipment, marine systems, and consumer electronics. Their durability, slim design, and resistance to moisture and chemicals make them ideal for demanding environments and high-usage applications.

Marine Instrumentation

Water-resistant, sealed surfaces make Scrint membrane switches reliable for marine navigation systems and control panels, where exposure to moisture and salt is common.

Medical Devices

With features like antibacterial surfaces and sealed designs, our switches are perfect for hospital equipment, diagnostic tools, and laboratory interfaces that require hygienic, durable, and easy-to-clean controls.

Industrial Equipment

Durable, customizable, and built to withstand vibration, dust, and chemicals, Scrint membrane switches are ideal for manufacturing controls, machinery panels, and heavy-duty equipment.

Commercial Electronics

From home appliances to consumer control interfaces, membrane switches offer a modern, clean design with long-lasting performance, suitable for a wide range of everyday electronic products.

Key Differences Between Membrane Switches and Membrane Keypads

Membrane switches are simple touch-activated circuits, while membrane keypads include labeled buttons for full user interaction. Keypads offer a more complete interface, while switches are often used for basic or integrated control functions.

FeatureMembrane SwitchMembrane Keypads
DefinitionA flat, flexible electrical switch activated by pressure.A membrane switch with printed, labeled buttons for user input.
FunctionTriggers a command or circuit when pressed.Serves as a full user interface for input/navigation.
DesignMay be flat with hidden activation areas.Includes visible keys with graphics or embossing.
User InterfaceBasic interaction with minimal visual elements.Clear button layout, often similar to calculators or panels.
ApplicationUsed in simple control panels, lighting, medical devices.Common in ATMs, industrial machines, and appliances.
ComplexityCan be simple or enhanced with LEDs or tactile response.Often includes multiple switches under one graphic overlay.

Contact Us

Address

11, Jalan Pknk 3/7, Kawasan Perindustrian Sg Petani, 08000, Sungai Petani, Kedah, Malaysia.