High Sensitive Capacitive Multi Touch Sensor Membrane Ultra-Soft Thin Film Pressure Sensor Fsr Type Pressure
- Technology: Capacitive / FSR Matrix
- Sensing Range: 0.1N – 20N Linear
- Durability: > 5,000,000 Actuations
Precision Engineering
Export-Grade Medical Membrane Switches & Sensor Solutions
Direct factory supply of capacitive touch systems, high-durability elastomeric keypads, and thin-film force resistors compliant with ISO 13485 production standards.
China Custom Size Durable Mullti Color Conductive Rubber Silicone Elastomer Keypads ptt Push Button Exporter
- Substrate: FDA Silicone Elastomer
- Contact Pill: Low Resistance Carbon / Gold
- Ingress: Hermetic Gasket Seal
China Manufacturer Key Pad Graphic Overlay Button Control Panel Membrane Switch 5*4 Matrix Water-proof FPC Flexible Circuit
- Circuit: Polyimide Copper FPC
- Ingress: IP67 Waterproof Perimeter
- Feedback: Stainless Steel Metal Dome
Controller Conductive OEM/ODM Fabrication Silicone Rubber Elastomer Keypad Push Button for Industrial Medical Devices
- Application: Electrosurgical / Monitoring
- Finish: Laser Etched + PU Coating
- Customization: Full OEM/ODM Compression
Custom Manufacturer Epoxy Silicone Rubber Keypad oem/odm with low Profile Design Durable and Waterproof
- Key Finish: Domed Polyurethane Epoxy
- Tactile Feel: Crisp Snap Ratio (>50%)
- Protection: Chemical & Autoclave Resistant
Custom Industrial Medical Appliance Membrane Switch Manufacture Graphic Overlay Waterproof FPC Circuit Power Button
- Overlay: Autotex Antimicrobial PET
- Connector: Pitch 1.0mm/2.54mm Lock
- Backlight: Integrated Chip SMD LEDs
Custom Industrial Medical Automotive Appliance Membrane Switch Graphic Overlay Waterproof FPC Circuit Touch Panel
- Display: Dead-Front LED Windows
- Shielding: Printed Aluminum / ITO ESD
- Adhesion: Medical-grade 3M 467/468MP
High Quality Universal FSR Flexibility Force Sensitive Sensor Capacitive Touch Keypad Thin Film Pressure Sensitive Resistor
- Technology: Piezoresistive Polymeric
- Thickness: Ultra-Thin < 0.35mm Profile
- Usage: Patient Bed & Infusion Pumps
10,000㎡
Intertek Verified Plant
100%
Electrical & Optical QC
5M+
Metal Dome Cycle Life
IP67/68
Ingress Protection Grade
Regional Integration
Localized Applications Across Liverpool’s Life Science & Health Clusters
The Liverpool City Region, bolstered by Knowledge Quarter Liverpool (KQ Liverpool), Liverpool Science Park, and neighboring Cheshire manufacturing corridors, represents an expanding hub for medical robotics, diagnostics, and clinical equipment development.
Clinical Diagnostics & Pathology Analyzers
Instrumentation deployed within the Royal Liverpool University Hospital and clinical labs demand impermeable front-panel sealing. Our membrane switches utilize continuous polyester layers treated with antibacterial micro-textures, resisting repeated sterilization with hospital disinfectants like sodium hypochlorite, isopropyl alcohol (IPA), and quaternary ammonium compounds without graphic degradation or micro-fissuring.
Chemical Immersion ProofPatient Monitoring & Infusion Therapy
Operating suites and bedside monitors engineered in North West tech parks integrate our custom FPC circuits and tactile nickel-plated domes. With precise snap ratios exceeding 55%, clinicians receive unmistakable tactile feedback even when manipulating controls through double nitrile or surgical latex gloves, preventing critical dosing entry errors under intense emergency settings.
High-Tactile Snap RatioSurgical Robotics & Operating Theatre Consoles
Next-generation robotic surgical stations require zero false activations and absolute electromagnetic immunity. We implement comprehensive ITO (Indium Tin Oxide) or selective carbon/aluminum ESD shielding planes capable of withstanding >15kV air discharge, guaranteeing stable signal integrity during high-frequency electrosurgical cutting and ablation procedures.
EMC / ESD Certified Design
Strategic Insights
Emerging Technology Trends in the UK Medical Device Supply Chain
A technical assessment for procurement managers and biomedical hardware designers transitioning from legacy electromechanical switches to integrated smart surfaces.
1. The Shift to Hermetically Sealed Monolithic HMIs Under UK MDR & CE Frameworks
Following post-Brexit updates to the UK Medical Device Regulations (UK MDR 2002) and convergence with BS EN 60601-1 standards, medical instrumentation faceplates must meet rigorous mechanical hygiene standards. Mechanical push buttons with physical crevices are increasingly deprecated due to bio-burden accumulation and cleaning failure risks. The Liverpool health innovation corridor is transitioning rapidly to IP67- and IP68-rated planar membrane keypads featuring continuous perimeter perimeter gaskets (using structural acrylics like 3M 200MP or 300LSE adhesive matrices). This architecture isolates internal electronics completely from aerosolized pathogens, bodily fluids, and washdown processes.
"Modern clinical engineering requires human-machine interfaces that eliminate physical recesses entirely. Transitioning from electro-mechanical pushbuttons to high-density FPC membrane overlays eliminates 99.8% of crevice-borne bacterial contamination while supporting aggressive sanitization protocols."
2. Integration of Flexible Force Sensing Resistors (FSR) in Patient Ergonomics
Smart beds, pressure mapping mats, and infusion pump calibration units manufactured across Merseyside are abandoning rigid load cells in favor of ultra-thin flexible piezoresistive printed sensors. By depositing high-conductivity carbon nanoparticle pastes onto flexible PET films, our Dongguan cleanrooms produce ultra-sensitive FSR arrays capable of detecting pressures from 10g to 10kg with sub-millisecond dynamic responses. These matrices integrate seamlessly behind decorative silicone elastomer skins or direct underneath patient-support textiles.
3. Light Guide Film (LGF) & Dead-Front Architecture for Low-Light Operating Environments
Surgical suites in institutions like Alder Hey Children's Hospital often operate in dim ambient lighting during laparoscopic and endoscopic interventions. Traditional bulky LEDs create uneven light pools and localized thermal spikes. Modern medical switches export-tailored for Liverpool specify micro-etched Light Guide Films (LGF) less than 0.25mm thick, distributing uniform cold backlighting through side-firing SMD diodes. Coupled with 'dead-front' graphic printing, function icons remain invisible until activated, dramatically lowering operator cognitive load and preventing accidental touch activation in low-light environments.
Direct Manufacturer
Why Liverpool Medical OEMs Partner with AXRU Electronics
Combining 12 years of specialized HMI fabrication, an Intertek-audited 10,000㎡ industrial facility, and rigorous end-to-end quality assurance.
Intertek Audited 10,000㎡ Production Plant
Our manufacturing complex in Dongguan, China operates Class 1,000 and 10,000 cleanrooms for graphic printing, laser etching, and precision component placement. Complete in-house fabrication—from circuit screen printing to computerized flatbed die cutting—ensures uncompromising traceability and cost structures without intermediary margins.
Intertek Factory VerifiedFull-Spectrum Environmental & Mechanical Lab
Every medical-grade membrane lot undergoes stringent validation: automated force-displacement plotting for tactile uniformity, programmable -40°C to +85°C thermal/humidity stress testing, ink rub resistance under surgical solvents, and multi-million-cycle switch actuation verification on customized servo-mechanical endurance testers.
100% In-Line TestingDedicated UK Export & DFM Engineering Support
We streamline procurement for UK engineers and supply chain officers. Our English-speaking engineering team delivers Design for Manufacturability (DFM) reviews within 24 hours, optimizing layer stack-ups, connector tail geometry, and circuit routing. We manage end-to-end logistics with reliable DDP air and sea freight into Liverpool and Manchester ports.
Low MOQ 100 pcs
Modern Industrial Campus
10,000㎡ scalable manufacturing footprint in Dongguan with dedicated cleanroom printing and lamination suites.
Tactile Force-Displacement Analysis
Computerized load plotting guarantees each dome switch meets target actuation force (200g-450g) and tactile snap feel.
Climatic Stress & Ingress Testing
Accelerated life testing chambers verify adhesive seal integrity and conductor resistance under extreme humidity and thermal cycling.
Procurement Support
Frequently Asked Questions: Sourcing for the UK Medical Market
Addressing compliance, technical qualification, shipping channels, and batch economics for Liverpool engineering buyers.
How do AXRU membrane switches comply with UK MDR and CE electrical medical requirements?
Our medical membrane keypads are engineered using RoHS, REACH, and UL94-V0 certified flame-retardant substrates (such as medical-grade Autotex PET and Lexan polycarbonate). We routinely build assemblies adhering to BS EN 60601-1 electrical safety concepts, incorporating integral ESD/RFI shield layers (ITO or printed conductive grids) that protect patient-contact devices against electrostatic discharge up to 15kV. Complete material declaration certificates and testing dossiers are provided for your regulatory audits.
Can you provide custom anti-microbial coatings resistant to harsh hospital chemical washes?
Yes. We utilize premium micro-textured polyester films incorporating active silver-ion antimicrobial technologies (such as MacDermid Autotex AM). This inorganic additive is integrated uniformly throughout the hard-coat matrix, inhibiting 99.9% of bacterial colonization (including MRSA and E. coli). Crucially, the surface stands up to continuous cleaning with hospital-grade sporicides, sodium hypochlorite bleach, isopropyl alcohol, and chlorhexidine gluconate without clouding, loss of gloss, or legend delamination.
What is the typical prototype lead time and MOQ for custom medical projects in Liverpool?
We understand the iterative cycle of medical design. Our rapid sample line delivers functional prototypes (using laser-cut tooling to avoid expensive initial steel dies) in just 7 to 10 working days following DFM drawing sign-off. For pilot production batches and small-volume specialty medical runs, our minimum order quantity starts as low as 100 units, expanding smoothly to high-volume output exceeding 100,000 units per month once commercial rollout begins.
How does AXRU ensure tactile feedback reliability through medical gloves?
Glove actuation dampens operator sensory perception. We address this by engineering high-trip stainless steel metal domes (four-leg or oblong configurations) calibrated with actuation forces between 300g and 450g and snap ratios between 50% and 65%. Combined with precision rim-embossed or pillow-embossed graphic overlays, nurses and surgeons receive crisp, audibly perceptible tactile confirmation that ensures decisive parameter entry even when wearing multi-layered PPE gloves.
What shipping arrangements are used for rapid delivery into Merseyside and the North West?
We offer direct door-to-door DDP (Delivered Duty Paid) shipping solutions. Critical prototypes and urgent production lots are air-shipped via priority DHL/FedEx/UPS services directly into Manchester Airport (MAN) or Liverpool John Lennon Airport (LPL), clearing UK customs in 3–5 working days. For regular consolidated mass manufacturing shipments, sea freight consignments are routed via the Port of Liverpool (Seaforth Dock) or Southampton, complete with all UK import documentation and VAT declarations.