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for Industrial, Automotive & Smart Living

Premium Touch Screen Modules

Experience precise, glove-friendly interaction with our touch screen modules. Each one-piece assembly pairs optical bonding with high-brightness LCDs to deliver vivid visuals and rock-solid durability—from factory floors to luxury EV cockpits.

Features

Touch Screen Module Highlights

Full Size Spectrum

1″ wearables to 55″ kiosks, flat or curved.

Ultra-Fast Response

10 ms latency for fluid swipes and multi-gesture control.

True Multi-Touch

Up to 10 points with palm and stylus rejection.

Outdoor Reliability

–40 °C – +85 °C, 2500 nits, and IP65 sealing for sun, snow, or sand.

Rain & Water Rejection

Firmware filters out droplets to prevent false touches.

Flexible Integration

USB/I2C/SPI, custom firmware, EMC-ready.

Rugged Tablet Touch Module

Optically bonded 10.1″ LCD with PCAP for industrial field use—shock, vibration, and glove mode certified.

Automotive Dash Touch Module

Panoramic 18–30″ curved touch display module offering 1000 nits, low-reflection cover glass, and robust controllers.

Smart-Home Wall Touch Module

Sleek 8″ interface unifying lighting, climate, and security via a capacitive glass panel with haptic feedback.

Structure & Composition

Inside a Touch Screen Module

Cover Lens

  • External protection and sleek appearance delivered; with options for custom branding or surface enhancements (AG/AR/AF) available.

Touch Sensor

  • ITO or similar conductive layer for finger or stylus detection; typically employing Projected Capacitive (P-Cap) or Resistive technology.

Optical Adhesive (oca/ocr, etc.)

  • Sensor and display bonded into one unit; air gaps minimized to enhance light transmission and prevent dust or haze.

LCD Module

  • Combines backlight, TFT, and other key elements to present visuals.

Driver Board / FPC Connection

  • Touch IC and display IC, separate or integrated within the panel’s flexible circuit, based on project specifics.

Frame/Bracket

  • Final unit stabilized, movement prevented, and aligned with final enclosure.
Proven in Snow & Ice

Winter-Ready Reliability

See our automotive 15″ module respond instantly during a blizzard—no ghost touches, no lag.

Assembly Workflow

Key Processes & Their Impact

IQC

All lenses, sensors, adhesives, and ICs are tested for optical clarity and electrical integrity.

Lamination

Cover lens and sensor combined via OCA/OCR in Class 1000 clean-room; AOI mitigates bubbles.

Optical Bonding

Sensor stack bonded to LCD under vacuum for zero-gap brightness.

Integration

Touch FPC and display FPC mounted; ESD safeguards applied to every touch panel module.

Assembly

Module seated into housing; dimensional checks ensure drop-in fit.

Testing

Display gamma, touch linearity, and EMC verified through rigorous end-of-line testing cycles.

Burn-In

4–8 hr power-on at 50 °C to catch early-life faults.

Assurance

Lasting Trust

Bonding Quality Control

100 % AOI plus cross-section sampling to spot micro-voids.

Touch Performance Testing

Multi-point accuracy checked in humidity, rain-spray, and glove scenarios.

Burn-In & Stress Tests

Thermal cycling (–40 °C↔85 °C), vibration, and abrasion testing.

SRE Advantage & Certificates

Proven Craftsmanship, Trusted by Europe’s Tier-1 Brand

For well over a decade, close partnerships with Europe’s leading brands have honed our optical-bonding craft and market insight. Every module is custom-tailored, competitively priced, and produced under CE- and RoHS-aligned workflows—earning lasting trust across the EU. Click the icon on the right to learn more.

EU Preferred Supplier

Verified Tier-A vendor status with European clients.

Precise Communication

Tailored Touch Modules to Meet Your Specific Needs

Our custom approach ensures all cover plate requirements are met, with a three-stage process for top-quality products and support from specs to production.

Discuss Requirements
Sample & Approval
Mass Production
  •  Potential Issues: Unclear definitions of size, resolution, and interface; ambiguous selection between P-Cap/Resistive, lens material, and hardness; lack of environmental details causing mismatches.
  • Solutions: Checklist provided for dimensions, resolution, input methods, lens type, and hardness; environmental factors addressed early with defined safeguards and tests.
  • Potential Issues: Inconsistent touch sensitivity, clarity, or lamination in prototypes; board incompatibility or incorrect driver settings; mechanical misalignment (FPC length, connector orientation).
  • Solutions: Samples built to final specs; drivers and parameters adjusted as needed; interface standards confirmed for smooth hardware linking; enclosure or bracket layout verified early to minimize rework.
  • Potential Issues: Yield or lamination issues in large-volume assembly; supply chain or logistics uncertainties affecting key parts; late-stage changes (e.g., input or lens upgrades).
  • Solutions: Pilot runs conducted to confirm consistency before full production; lead times and inventory methods defined to manage shortages; continuous communication maintained with timeline impacts assessed for updates.