Membrane Switch

Membrane Switch definition:

A membrane switch is a highly efficient component that utilizes a flexible membrane to activate a circuit. The design typically consists of several integrated layers, including a tactile top layer and a bottom layer connected directly to the circuit. When a user applies pressure to the top layer, it creates the necessary contact with the bottom layer to close the circuit and trigger the intended function.

These membrane switches are widely utilized in electronic devices such as automation, computers, and appliances due to their cost-effectiveness and reliability. Because they are easily integrated and highly resistant to dust, moisture, and other environmental factors, they are an ideal solution for applications in demanding or harsh environments.

Membrane Switch

For over 25 years, Ensel has been a leading supplier of high-quality membrane keypads and switches. We specialize in custom-designed membrane keypads for a diverse range of industries, including medical devices, industrial machinery, food service equipment, and advanced testing apparatus.

Our membrane keypads are meticulously manufactured to your exact specifications, leveraging cutting-edge technology and premium-grade materials. We are committed to delivering the best value and performance for all your membrane keypad and switch requirements. We proudly manufacture our membrane keypads in Mexico and maintain a convenient warehouse in Houston, TX, for efficient distribution.

Each of our membrane keypads undergoes rigorous, 100% in-house testing to ensure unparalleled reliability and durability. Choose Ensel for custom membrane keypads that meet the highest standards.

Ensel specializes in the design and manufacture of high-performance flexible circuits. A flexible circuit is a precisely engineered pattern of conductive traces bonded to a pliable substrate, enabling dynamic and compact electronic solutions.

For optimal performance, we utilize polyester film as an exceptional substrate for printing our flexible circuits. This material offers superior chemical and heat resistance, guaranteeing the integrity and longevity of all conductive inks. To enhance functionality, adhesives can be precisely printed or laminated to the rear of the flexible circuit.

Our flexible circuits are designed to integrate a variety of surface-mount components, including resistors, LEDs, and capacitors. We also offer options for thin insulation and stiffeners, allowing for customized solutions to meet the most demanding application requirements. Discover the versatility and reliability of Ensel's flexible circuits for your next project.

Custom Membrane Switch

Industrial Membrane Keypad

Gaming Membrane Keypad

Medical Equipment Membrane Keypad

Flex Circuits

Ensel specializes in the design and manufacture of high-performance flexible circuits. A flexible circuit is a precisely engineered pattern of conductive traces bonded to a pliable substrate, enabling dynamic and compact electronic solutions.

For optimal performance, we utilize polyester film as an exceptional substrate for printing our flexible circuits. This material offers superior chemical and heat resistance, guaranteeing the integrity and longevity of all conductive inks. To enhance functionality, adhesives can be precisely printed or laminated to the rear of the flexible circuit.

Our flexible circuits are designed to integrate a variety of surface-mount components, including resistors, LEDs, and capacitors. We also offer options for thin insulation and stiffeners, allowing for customized solutions to meet the most demanding application requirements. Discover the versatility and reliability of Ensel's flexible circuits for your next project.

We offer the following types of flexible circuits:

IPC 6013 – Type 1

Single-sided flexible printed boards containing one conductive layer, with or without stiffeners.

IPC 6013 – Type 2

Double-sided flexible printed boards containing two conductive layers with plated-through holes (PTHs), with or without stiffeners.

IPC 6013 – Type 3

Multi-layer flexible printed boards containing three or more conductive layers with PTHs, with or without stiffeners.

All flexible circuits are put through the highest levels of testing and inspection.