12.1 Inch Multi-Touch Industrial Capacitive Touch Panel

Drawing

General Specifications

Applications

Industrial Automation

12.1" capacitive touch screens are widely used in industrial control panels, HMI interfaces, and factory automation systems, providing precise touch input for machine operation, production monitoring, and process control.

Medical Equipment

Suitable for patient monitoring terminals, diagnostic devices, and medical control panels, where reliable touch interaction and stable performance are essential in clinical environments.

Transportation Systems

Integrated into vehicle dashboards, railway control consoles, and transportation management terminals, enabling responsive touch interaction for navigation, monitoring, and system control.

Self-Service & Commercial Kiosks

Used in self-service kiosks, ticketing machines, and retail POS systems, offering intuitive touch interaction for public information access, payments, and customer service.

Laboratory & Scientific Instruments

Applied in test equipment, laboratory analysis systems, and measurement devices, where precise touch input is needed for configuration, monitoring, and data visualization.

Training & Collaboration Systems

Suitable for interactive training equipment, industrial simulators, and collaborative control interfaces, supporting efficient human-machine interaction and multi-user operation.

Customization & Engineering Capabilities

To meet different product designs and integration requirements, FANNAL provides comprehensive customization services for capacitive touch screens, covering touch sensor design, controller optimization, cover glass processing, and optical bonding integration.
Our engineering team supports projects from concept validation to mass production, ensuring reliable touch performance in industrial and commercial environments.

Custom Touch Sensor Design

FANNAL supports flexible customization of projected capacitive touch sensors to meet different product requirements.

• Available sizes: up to 65 inches

• Structure options: G+G, G+F+F for industrial and automotive applications

• Touch features: multi-touch, glove touch, waterproof touch, passive stylus support, gesture control, and palm rejection

Operating temperature options:

• Industrial grade: –20°C ~ +70°C

• Automotive grade: –30°C ~ +85°C

Our engineers optimize sensor design to ensure high sensitivity, stable signal performance, and long-term reliability.

Touch Controller & Firmware Optimization

FANNAL provides in-house touch firmware tuning and controller integration to achieve stable touch performance in complex environments.

Supported IC partners include:
EETI, ILITEK, GOODiX, FocalTech, Cypress, and Microchip (FANNAL design partner).

Engineering capabilities include:

• Touch signal tuning and firmware optimization

• Anti-interference design for industrial environments

• EMI / EMC engineering to meet industrial standards

• Long-term touch stability and noise immunity

Cover Glass Customization

FANNAL provides extensive cover lens customization to match different product designs.

Material options

• Glass: 0.55 mm – 10.0 mm

• PMMA: 0.5 mm – 3.0 mm

• PC: 0.1 mm – 1.0 mm

Mechanical processing

• CNC machining

• Hot bending

• 2.5D / 3D cover glass

• Ceramic printing and logo integration

Surface treatments

• AG (Anti-Glare)

• AR (Anti-Reflection)

• AF (Anti-Fingerprint)

• Anti-Microbial coating

• Anti-Explosion glass solutions

These options help improve durability, usability, and visual performance for industrial and public-use devices.

Optical Bonding Integration

For projects requiring improved display readability and mechanical strength, FANNAL provides multiple optical bonding solutions.

Optical bonding improves:

• sunlight readability

• display contrast

• structural reliability

System Integration Support

Beyond component supply, FANNAL provides engineering support for touch panel integration with TFT displays and embedded systems, including:

• Touch panel and TFT display matching

• Mechanical alignment and structural integration

• FPC routing and connector customization

• Support for industrial HMI, kiosks, medical devices, and embedded equipment

This integrated engineering approach helps customers reduce development time and ensure reliable product performance.

FAQ

Q1: Can this touch panel work with thick protective glass?

Yes. With proper firmware tuning and sensor design, the panel can support thicker cover glass for industrial or public-use devices while maintaining stable touch responsiveness.

Q2: Can the touch panel be used in outdoor or high-brightness displays?

Yes. When integrated with a suitable TFT display and optical bonding, the touch panel can improve readability and durability in environments with strong ambient light.

Q3: How does the touch panel perform in electrically noisy environments?

The touch controller and firmware can be optimized to reduce EMI interference, ensuring stable touch performance in industrial equipment and control systems.

Q4: Can FANNAL support prototyping and small-volume projects?

Yes. Our engineering team supports prototype development, touch tuning, and integration testing, helping customers validate designs before moving to mass production.