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The 3.5mm green membrane keypad is a high-quality interface solution designed for electronic devices and control systems. Featuring a 3.5mm thick membrane, it ensures durability and tactile feedback for reliable operation. The green design enhances visibility, while the keypad's robust construction resists wear, moisture, and environmental stress. Ideal for industrial machinery, medical devices, and consumer electronics, it combines functionality with a professional appearance, offering long-lasting performance in various applications.

The 1.6mm membrane keypad is a sleek and reliable input solution designed for compact electronic devices and control systems. Its 1.6mm thickness ensures a lightweight and low-profile design, while maintaining durability and excellent tactile feedback. Resistant to wear, moisture, and environmental factors, this keypad is ideal for applications in medical devices, industrial controls, and consumer electronics. Its robust performance and clear labeling make it a versatile choice for both functional and aesthetic needs.

The 3.5mm non-tactile membrane keypad is a reliable input solution designed for devices requiring smooth and silent operation. With a 3.5mm thickness, it offers durability and resistance to environmental factors such as moisture, dust, and wear. Unlike tactile keypads, it lacks physical feedback, making it ideal for applications where quiet and seamless input is essential, such as medical equipment, industrial machinery, and consumer electronics. Its robust construction and customizable design ensure long-lasting performance and versatility across various applications.

The 3mm flexible membrane keypad is a lightweight and durable input solution designed for a variety of electronic applications. Its 3mm thickness provides a balance of sturdiness and flexibility, allowing it to conform to curved or irregular surfaces. This keypad is resistant to moisture, dust, and wear, making it ideal for industrial, medical, and consumer devices. It offers reliable performance, customizable layouts, and easy integration into compact designs, ensuring long-lasting functionality in diverse environments.