flexible membrane switch
Engineered for Touch, Designed for Durability
Types Of Flexible Membrane Switches
Embossed Membrane Switch
Pad / Pillow Emboss
Pad embossing creates raised, pillow-like key surfaces, enhancing tactile response and ease of use.
Rim Emboss
Rim Emboss Keypads have raised edges around each key, providing enhanced tactile feedback and precise key differentiation.
Braille Emboss
The Braille emboss feature in membrane keypads incorporates raised dots, enabling visually impaired users to navigate and operate interfaces through touch.
Dual Emboss
Dual Emboss refers to a combination of both Pad Emboss (raised key surface) and Rim Emboss (raised border around the key).


Illuminated Membrane Switch
LED Backlit
LED Backlit Keypads provide enhanced visibility in low-light conditions, ensuring ease of operation and improved aesthetics.
RGB Backlit
RGB Backlit Keypads offer customizable, multi-color illumination for enhanced visibility and user experience. differentiation.
Capacitive Touch Backlit
Seamless interaction through responsive touch technology that requires no physical pressure, while the illuminated keys provide enhanced visibility in low-light environments.
Electro-Luminescent
Evenly illuminated keys that glow with a soft, uniform light when activated.
Tactile/ Non-Tactile Switches
Metal Dome Switch
Metal domes, made from nickel-plated stainless steel, that provide tactile feedback by snapping when actuated, ensuring clear input registration.
Feather Touch Switch
When a Key is pressed, there is no physical “click” or “snap”; instead, visual or audible cues confirm the input.
Polydome Switch
Conductive ink is printed on the back and embossed to provide tactile feedback like a metal dome, while the polyester (PET) is formed into a stiff plastic dome.
Haptic Switch
It enhances user interaction by simulating the sense of touch through vibrations and other tactile sensations


Membrane Switch with Shielding
Grid Shielding
A protective design in electronic interfaces that uses a conductive grid pattern to minimize electromagnetic interference (EMI) and enhance signal integrity.
Tag Shielding
It prevents unauthorised scanning or interference by blocking electromagnetic signals, ensuring data security and reliable performance.
Aluminum Shielding
A protective layer used in electronic devices to block electromagnetic interference (EMI) and ensure signal integrity.
Carbon Ink Shielding
A conductive layer applied to membrane switches or keypads to provide protection against electromagnetic interference (EMI) and ensure signal integrity.
Interchangeable Membrane Keypad
Logo
The effortless replacement or customization of logos on products or devices, providing versatile branding options.
Model Name
The model name in membrane keypads can be designed to be interchangeable, allowing for easy updates or customization
Serial Number
This indicates that serial numbers can be swapped or replaced without impacting the product’s compatibility or functionality.
Keys
This refers to a lock system in which the core can be easily swapped, allowing different keys to operate the same lock housing without replacing the entire lock.


Customised Membrane Switch
3D Effects
3D effects add depth and realism to flat images, making visuals more dynamic and lifelike.
Esthetic Graphics
This enhance product appeal through visually engaging and customised designs, reflecting brand identity and improving user experience.
Profile Cutouts
A customised cut or shape made in a panel or overlay to accommodate components like displays, buttons, or connectors, ensuring precise fitting and functionality.
Window Filters
Construction of Tacile Membrane Switch
Overlay Graphic layer
Adhesive With Dome Retainer
Spacer Layer
Conductive Layer
Adhesive Layer
Construction of Non-tactile Membrane Switch
Overlay Graphic
Adhesive Layer
Top Circuit Layer
Spacer Layer
Bottom Circuit Layer
Rear Adhesive Layer
IP 65/IP 67 INGRESS PROTECTION MEMBRANE SWITCH
Applications

Defense

Aviation

Medical

Consumer Electronics
