LID CO., LIMITED

Capacitive Touch Membrane Switches: The Future of Intuitive Device Interaction In a world where user experience defines product success, capacitive touch membrane switches have emerged as a cornerstone of modern interface design. By leveraging electrostatic sensing technology, these switches deliver unparalleled responsiveness, durability, and versatility, setting new standards for how users interact with devices. LID CO., LIMITED , a global leader in custom membrane solutions, combines precision engineering and innovative design to craft capacitive touch membrane switches that transform user experiences across industries—from healthcare to automotive and industrial automation.   Understanding Capacitive Touch Membrane Switches   Capacitive touch membrane switches are advanced input devices that detect touch through changes in electrical capacitance. Unlike mechanical switches that rely on physical contact, these switches use a conductive layer (typically printed with silver ...

IP67 Membrane Switches: Your Ultimate Solution for Harsh Environments   In a world where electronic devices are deployed in a wide range of environments, from the dusty floors of factories to the humid and wet conditions outdoors, the need for reliable and durable user interface components is more crucial than ever. This is where IP67 membrane switches come into play. LID CO., LIMITED has been at the forefront of manufacturing top - notch IP67 membrane switches that provide unrivaled protection and functionality. What is an IP67 Membrane Switch?   An IP67 membrane switch is a specialized type of membrane switch that has been designed to meet the Ingress Protection (IP) rating of 67. The "6" in the rating indicates that the switch is completely dust - tight. No dust particles, regardless of their size, can penetrate the switch, ensuring that the internal components remain free from dust accumulation. The "7" means that the switch can be immersed in water up to 1 me...

Non-Tactile Membrane Switches: Redefining Silent, Sleek Device Interaction   In the landscape of user interface design, non-tactile membrane switches have carved a unique niche, offering a blend of simplicity, durability, and discretion that makes them indispensable for countless applications. Unlike their tactile counterparts, these switches operate without physical feedback, relying instead on visual or auditory cues to confirm input. This design choice enables sleek, low-profile construction, silent operation, and cost-effectiveness—qualities that LID CO., LIMITED has mastered through precision engineering, delivering non-tactile membrane switches tailored to industries ranging from consumer electronics to medical devices. What Are Non-Tactile Membrane Switches?   Non-tactile membrane switches are thin, flexible input devices that activate when pressure is applied to their surface, without producing a physical "click" or tactile response. Their design eliminates moving p...

Revolutionize Control Systems with Custom HMI Touch Screens Membrane Switch Upgrade your interfaces with cutting-edge  Custom HMI Touch Screens  featuring advanced membrane switch technology . Designed for seamless integration and superior durability, these solutions enhance user experience across industries. Unmatched Advantages of Membrane Switch HMI Touch Screens Superior Durability and Environmental Resistance Our membrane switches utilize engineered polymer substrates for extreme ruggedness and longevity. Water-resistant surfaces allow easy cleaning, ideal for medical, automotive, and industrial environments. The robust design withstands harsh conditions while maintaining optimal performance. Silent, Intuitive Interaction Activate commands with a light touch—no audible clicks distract users. This noise-free operation is perfect for settings requiring minimal disruption, such as laboratories or control rooms. The 3.5"–23" customizable touch surfaces offer effortless navig...

Tactile Membrane Switches: The Perfect Blend of Functionality and Feedback   In the realm of user interface design, the difference between a good device and a great one often lies in the quality of interaction. Tactile membrane switches have emerged as a cornerstone of intuitive design, offering users clear, physical feedback that enhances precision, reduces errors, and elevates overall experience. LID CO., LIMITED , a leader in membrane switch innovation, engineers these switches to meet the demands of diverse industries—from industrial controls to medical devices—combining durability, customization, and reliable performance. What Are Tactile Membrane Switches?   Tactile membrane switches are thin, flexible input devices designed to provide a physical "click" or tactile response when pressed. Unlike non-tactile membrane switches, which rely solely on visual confirmation (e.g., a screen light), these switches use a tactile dome (typically made of metal or polymer) that colla...

A silicone button membrane switch is a type of user interface that combines a flexible silicone rubber keypad with a membrane switch circuit. When you press a silicone key, the internal “web” or dome structure deforms, pushing a conductive pill (carbon, silver, or gold) or a metal dome against the underlying printed circuit (PET/PCB/FPC) to close the circuit and register the keystroke. Key Features - Tactile feedback: The silicone dome provides a distinct “snap” feel, which can be tuned by adjusting the web geometry, key travel, and rubber hardness (Shore A 30–85) . - Durability & sealing: Silicone inherently resists UV, ozone, oils, and temperature extremes. When the switch is assembled with perimeter silicone gaskets, it can meet IP67 ratings for dust- and water-ingress, making it ideal for outdoor or wash-down environments. - Backlighting & graphics: Legends can be screen-printed, laser-etched (for backlighting), or embossed on the silicone surface. LEDs can be embedded und...