POS Machines Silicone Keypads Customized Rubber Buttons

Our silicone POS keypads are precision-marked using screen printing technology and are available in a range of conductive options including carbon pellets, conductive oils and metal domes for versatility in a variety of applications. Supported by OEM and ODM services, these keypads are carefully designed to meet your unique requirements and comply with industry standards

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POS Machines Silicone Keypads Customized Rubber Buttons

POS machine with our Custom Button Silicone Rubber Keypad offers a perfect blend of flexibility and durability for a comfortable and reliable user experience. Tailored to your needs, this keypad is fully customizable in size, ensuring a personalized touch for your applications. Boasting silk printing for clear labeling and various conductive options such as carbon pill, conductive oil, and metal dome, it caters to diverse requirements, enhancing functionality across applications. Backed by OEM and ODM services, these keypads are crafted to meet your specific needs while adhering to industry standards with ISO9001-2015, IATF16949, and RoHS certifications.


Material: 100% Silicone

Color: Gray, Orange, Green, Custom

Size: Customized Size

Printing: Silk Printing

Features: Durable, Soft, Waterproof, Odorless, Eco-friendly

Surface Options: Matte Oil, PU, Epoxy, Color Oil

Conductive: Carbon Pill, Conductive Oil, Metal Dome, Non-Conductive

OEM/ODM: Available

Certification: ISO9001-2015, IATF16949, RoHS

Application: Remote Controller, POS Machine

Advanced Conductive Technologies in Silicone Keypads

  • Carbon Pill:

Our Silicone Keypad utilizes small carbon-filled protrusions for conductivity. When pressure is applied, these pillars facilitate electrical connectivity, ensuring a responsive and reliable user interface.

  • Conductive Oil:

The Silicone Keypad incorporates a conductive oil solution to create seamless electrical pathways. This solution bridges gaps, enabling signal transmission upon pressure application to the keypad surface.

  • Metal Dome:

Metal Dome conductivity involves integrating small, dome-shaped metal elements beneath the keypad surface. Pressing these domes creates a tactile response and completes the electrical circuit.

  • Non-Conductive:

Strategically using non-conductive materials in specific areas prevents unintended electrical contact. This precise control over electricity flow prevents interference or unintentional input.

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