PCB Based Membrane Keypads and Keyboards
PCB based membrane keypads and keyboards - tactile, non-tactile, and capacitive - in single-sided, double-sided, or multilayer construction with varied connector options.
What Are PCB Based Membrane Keypads?
PCB based membrane keypads use copper-clad fiber infused into resin, with the PCB as the primary supporting substrate and the switch on its front side - available as tactile, non-tactile, and capacitive switches.
Single-sided, double-sided, or multilayer construction with varied connector options. Switches are internally vented and sealed to shield your equipment from contamination.
Read about flexible membrane keypadsPCB Based Membrane Keypad Options
Three constructions covering every rigid-backer application.
PCB Based Membrane Keypad
Rigid PCB substrate with front-side switches for harsh and continuous use.
Request a QuotePCB Membrane Keypad Detail
Tactile, non-tactile, and capacitive options with multiple connector configurations.
Request a QuoteHybrid Membrane Keyboards
Rigid PCB backer populated with components - fewer materials and interconnections.
Request a QuoteEndless Customization Options
State-of-the-art input devices with finishes, lighting and sealing matched to your needs.
- Integrated LED
- Embossing
- EMI/ESD Shielding
- Multicolor Graphic Overlays
- Waterproofing
- Hybrid Membrane Keyboards
- Chemical and UV Resistance
- EL Backlighting
- Different Types of Connectors
- Heat Resistance
- Moisture Sealing
- Hard Coating
- Fine Textured
- Soft Touch
- Gloss Finish
Information Required From You
PCB based builds add rigid-substrate choices: tactile, non-tactile, or capacitive switches; single, double, or multilayer; plus LED indicators, backlighting, moisture and chemical resistance, ESD/EMI/RFI shielding, and connector options.
Share dimensions of keyboard, display and LED locations, stud and switch sizes and positions, connector location and tail length.
These inputs freeze the mechanical design.
Share a detailed circuit diagram with component specs including connector pin numbers.
Giving us freedom on pin numbers minimizes cross-connections, improves reliability and - on flexible builds - reduces cost.
Overlay material, colors, fonts and finishes decide look and life.
We use special-grade polyester suited to embossing with strong chemical and scratch resistance, in matt, gloss or combination finishes with selective backlighting.
Free Membrane Keypad Design Guide
Reliability, pricing and design rules for your next HMI project.
Share your PCB based keypad project idea
Tell us switch type, layers, backlighting, and connector needs - we build rigid, sealed keypads for your working conditions.
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