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Custom Flexible Temperature Touch Control Keypad Membrane Panel Clear Transparent Window Waterproof Eco-friendly PET HMI
Product Description
Product Overview & Specifications
| Product Name | Plastic PET PC Keypad Membrane Switch Panel |
| Material Options | PET / PC with thickness options: 0.15mm, 0.188mm, 0.25mm |
| Key Function | Medical Control Applications & HMI Interfaces |
| Packaging | Standard Protective Carton |
Plastic PET PC Keypad Membrane Switch Panel
Electrical switches that turn circuits on and off, membrane switches enable communication capabilities for many different types of technology products, equipment, and systems. These interface utilities can be simple tactile switches that control lighting, touch-screen panels, plastic keyboards, or toggle switches.
With membrane keypads, functionality is critical – they must meet your specs, and they must function accurately. From simple switches to complex membrane keypad architecture for instrumentation panels and industrial keypads, NFI Corp has the experience and expertise to bring your project to life.
Membrane Switches Layer Structure
Membrane switches offer numerous design options that enable manufacturers to develop appropriate interfaces that link the end user to the machine’s functionality. A typical membrane switch assembly contains several layers which all serve a distinct purpose:
- Graphic overlay: 0.15 / 0.20 mm
- Overlay adhesive: 0.1 / 0.2 mm
- Top circuit layer: 0.1 mm
- Circuit spacer: 0.1 / 0.2 mm
- Lower circuit layer: 0.1 mm
- Rear adhesive layer: 3M 467 / 468
- Rigid support layer: Custom demand
Membrane Switch Design Options
Membrane keypad switches allow for the addition of customized features that are honed to your specific medical application. Some of the additional features that we can customize to your exact specifications include, but are not limited to:
- Embossing
- Circuit encoding
- Hard coat finishes
- Tactile response
- Filter windows
- Backlighting
- Panel interconnections
- Subpanels
- Elastomer keypads
Membrane Switch keypads are well suited for medical electronics, which are portable and require a high degree of visibility. Membrane switches are particularly suitable for handheld medical applications and portable devices because they are lightweight, low profile, durable, easy to clean, and RoHS-compliant.
Product Usage & Medical Applications
Membrane Switch Usage Introduction
Inherent design features offer numerous advantages to meet the demands of the Medical and Healthcare environment. From IP sealing & UL ratings to combating the spread of bacteria by incorporating anti-microbial resistance (screen printed, embedded within polyester substrate or added to base silicone rubber).
Membrane Switches in Medical Equipment
The medical industry has always used membrane switches or touch screens as its user interface, and Niceone-tech has customized membrane switches and man-machine interfaces for the medical industry, and also customized medical membrane keypad switches that are antibacterial, easy to disinfect, and clean.
Featured Membrane Switch
Backlight Membrane Switch
The membrane switch in the form of a backlight is a backlight in which the illumination technology is fused. There are usually four types of backlighting: LED lights, LGF, EL, and optical fiber.
As a result, the membrane switch logo or button incorporates backlight performance so that the product can be operated clearly in the dark. This type of product is favored by medical and industrial device manufacturers and performs well in international markets. Backlit membrane switches represent the future direction of membrane interfaces, significantly improving the overall user experience.
Packaging & Shipping
Company Introduction & Manufacturing Capabilities
MEMBRANE Electronic Information Technology Company was founded in 1990, concentrating on processing and researching membrane switches. Our products are widely used in industrial control, household applications, instruments, and apparatus. Operating under customer-centered, integrity-based principles with an emphasis on high quality, speed, and competitive cost, we operate strictly in accordance with ISO 9000:2016 quality management standards.
Since our establishment, our company has continuously expanded, earning recognition across international markets including partnerships with Siemens, ABB, Haier, and other prominent enterprises. We possess nearly ten years of cooperation experience across the US, Germany, and other countries, participating in high-speed railway locomotive control, the Three Gorges project, aerospace systems, and national projects.
MEIBORUI Electronic Information Technology Company has more than 30 senior employees who possess more than 15 years of technical experience in membrane switch fabrication. Devoted to technical support and manufacturing management, our specialists ensure operational precision at the front line.
Digital Printing Workshop
Equipped with over 20 sets of high-precision digital printing machines imported from Japan.
Main Workshop
Operating with a dedicated team of over 130 skilled production technicians.
Design Team
Engineering specialists providing structural engineering and custom layout optimization.
Frequently Asked Questions (FAQ)
How can I obtain a sample to evaluate quality?
After price confirmation, you may request samples to verify quality. Depending on the sample variety and quantity, standard samples can be provided free of charge, or sample production charges may apply. Any sample fees are fully refundable after official order placement when quantity reaches our MOQ.
How long does it take to receive membrane switch samples?
Once sample payments are settled and engineering drawings are mutually confirmed, prototype samples are completed within 3 to 5 business days. Samples are dispatched via international express and typically arrive within 3 to 5 business days. You may arrange your own courier account or prepay through us.
Can you manage custom product designs and engineering?
Yes. Our engineering department has extensive experience in membrane switches, wire harness integration, and complete cable assembly design. Share your concept, dimensions, or technical specifications with us, and we will formulate production-ready drawings for your approval even if you lack full CAD files.
What is the standard lead time for mass production?
Mass production timelines depend on order volume and scheduling periods. Standard MOQ production runs typically take approximately 10 to 15 days. Generally speaking, total manufacturing and shipping lead times conclude within 4 weeks to your facility.
What transportation and logistics methods are available?
We offer reliable international express carriers including UPS, TNT, DHL, FedEx, as well as air freight and ocean logistics suited to your cargo volume and scheduling requirements.
Are membrane switches suitable for medical hygiene regulations?
Yes. Membrane switches can be designed with antibacterial overlays, continuous sealed surfaces resistant to IP-rated liquid ingress, and materials compatible with hospital-grade sanitization agents.
