Industrial & Embedded Touch Solutions
Custom Touch Panels for Industrial & Embedded Applications
UNI DISPLAY provides custom touch panels and touch screen solutions for industrial equipment, medical devices, outdoor terminals, transportation systems, energy equipment and other embedded applications.
Our touch solutions cover projected capacitive touch panels (PCAP), resistive touch panels (RTP) and EM Digitizer options, with support for multi-touch, glove operation, customized cover lenses, surface treatments and display integration.
Beyond supplying an individual touch sensor, we integrate the touch panel, cover lens, TFT LCD, optical bonding materials and related electronics into a complete touch display assembly engineered around your equipment.
- PCAP / RTP / EM touch technologies
- Cover lens 0.3–6 mm
- Up to 10-point multi-touch
- Glove & wet operation
- Optical bonding
Product Categories
Custom Touch Panel Product Categories
From PCAP and resistive touch sensors to custom cover lenses and complete touch display assemblies, every UNI DISPLAY touch category can be engineered around your equipment. Browse the categories below or request a recommendation for your application.
PCAP Touch Panels
Projected capacitive touch panels with multi-touch, glove operation, custom cover lens and optical bonding options for industrial HMIs and interactive equipment.
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Resistive Touch Panels (RTP)
Pressure-based resistive touch panels suited to bare-finger, glove, stylus and industrial control input where deliberate touch is required.
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Custom Cover Lens
Chemically strengthened glass, PMMA or PC cover lenses engineered for impact resistance, optical performance, printing and equipment structure.
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Touch + Display Integration
Touch panel, cover lens, optical bonding, TFT LCD, controller board and cable assembled into one validated touch display unit.
More ›Touch Technologies
Touch Panel Technologies
Different applications require different touch technologies based on their operating and performance requirements. UNI DISPLAY supports several touch technologies for industrial and embedded projects, and can integrate the selected sensor with the cover lens, controller and TFT LCD.
Projected Capacitive (PCAP)
PCAP touch panels are used in modern industrial HMIs and interactive equipment requiring a clean front surface and responsive operation.
- Single & multi-touch
- Up to 10 touch points
- Bare-finger operation
- Glove-touch support
- Wet-operation option
- Custom cover lens
- Touch-controller integration
- AG / AR / AF treatment
Resistive (RTP)
Resistive touch panels remain a practical choice for industrial applications requiring deliberate, pressure-based input.
- Bare fingers
- Gloves
- Stylus input
- Industrial control
- Deliberate touch input
- TFT LCD integration
EM Digitizer
For applications requiring pen-oriented input, we also support EM Digitizer touch solutions evaluated against the user interaction and final equipment design.
- Pen-oriented input
- Precision operation
- PCAP / RTP / EM choice
- Equipment evaluation
| PCAP Touch Panel | Resistive Touch Panel | |
|---|---|---|
| Touch Method | Capacitive sensing | Pressure-based input |
| Multi-Touch | Suitable for multi-touch configurations | Generally selected for simpler touch input |
| Bare Finger | Yes | Yes |
| Glove Operation | Available with appropriate configuration | Suitable |
| Stylus Input | Depends on touch configuration | Suitable |
| Cover Glass Integration | Strong advantage | Can be integrated according to structure |
| Modern Flat-Front Design | Very suitable | Depends on construction |
| Custom Surface Treatment | AG / AR / AF available | According to project |
| Industrial Applications | HMI, medical, outdoor, terminals, transportation | Industrial control, equipment operation, instrumentation |
| Optical Bonding | Available | Available |
No single touch technology fits every industrial application. For OEM projects we evaluate the operator, environment, cover lens and display structure together before recommending PCAP or resistive touch.
Custom Engineering
Custom Cover Lens for Touch Panels
The cover lens is not only a protective layer — it affects the appearance, optical performance, touch sensitivity, impact resistance and environmental durability of the final touch screen.
UNI DISPLAY supports customized cover lens solutions together with the touch panel, so the assembly becomes part of the final equipment design rather than a separate electronic component.
Material & Thickness Engineering
Available cover lens materials include chemically strengthened glass, soda-lime glass, PMMA and PC, selected on impact resistance, optics, weight, appearance, cost, outdoor exposure and equipment structure. Cover lens thickness is available from approximately 0.3 mm to 6 mm, with reinforced structures evaluated for IK1–IK10+ protection where required.
- Custom outer dimensions, active area, edge and shape
- Holes, cut-outs and rounded corners for equipment fit
- Black-mask, color, logo and decorative printing
- Transparent windows and mechanical processing
Surface Treatments
AG, AR & AF Surface Treatments
Touch screens are directly exposed to users and the environment. Surface treatments improve readability, usability and long-term appearance.
AG – Anti-Glare
AG treatment reduces glare from surrounding lighting, suited to industrial HMIs, control panels and environments where reflected light affects readability.
AR – Anti-Reflection
AR treatment reduces surface reflections and improves light transmission, useful where display clarity and visibility matter.
AF – Anti-Fingerprint
AF treatment reduces fingerprints, stains and contamination from repeated touch operation — particularly useful for frequently used interfaces.
Optical Bonding
Optical Bonding for Touch Panels
Optical bonding eliminates the air gap between the display, touch panel or cover lens using an optically clear bonding material. For industrial, outdoor and high-reliability applications, it improves both optical performance and structural durability.
| Air Bonding | Optical Bonding | |
|---|---|---|
| Internal Reflection | More reflection | Reduced internal reflection |
| Display Readability | More affected by surrounding light | Improved visibility and contrast |
| Condensation | Air gap can increase fogging risk | Bonded structure reduces internal air gap |
| Impact Resistance | Separate layers | More integrated structure |
| Dust / Contamination | Air space remains between layers | Bonded area is sealed between layers |
| Environmental Reliability | More sensitive to environmental variation | Suitable for higher-reliability applications |
Optical bonding is not automatically required for every touch display. The bonding method is selected on the application requirements rather than assumed.
Bonding Materials
OCA & OCR Optical Bonding Options
We support both OCA and OCR optical bonding for touch panel, cover lens and TFT LCD integration. The material is selected on the display structure, optical performance, reliability and manufacturing process.
OCA Optical Bonding
OCA is an optically clear adhesive film used between display layers.
- High transparency
- Low haze
- Controlled adhesive thickness
- Clean optical stack
- Flat display structures
- Cover lens & touch panel integration
OCR Optical Bonding
OCR is a liquid optically clear resin that fills the bonding area and is then cured.
- Complex structures
- Greater gap filling
- Step-height accommodation
- Vibration resistance
- Impact resistance
- High environmental reliability
Bonding Process Control
Reliable optical bonding depends on more than the adhesive material — we manage the process around the complete bonding stack.
Process steps include material confirmation, cleaning, OCA lamination or OCR dispensing, alignment, defoaming / curing, and display, touch, optical and appearance inspection.
- Material & specification confirmation
- Cleaning and dust removal
- OCA lamination or OCR dispensing
- Positioning and alignment
- Defoaming / curing
- Display, touch, optical and appearance inspection
Key process controls include cleanliness, temperature, time, pressure, particle contamination control, alignment accuracy, bubble and void prevention, curing conditions and inspection records.
By Industry
Industrial Touch Panel Applications
We develop touch panel solutions around the operating requirements of OEM equipment across industrial automation, medical, outdoor, transportation, energy and commercial segments.
Industrial Automation & HMI
- Industrial control panels
- HMI terminals
- Automation equipment
- Measurement instruments
- Production equipment
- Embedded control systems
Medical Equipment
- Medical monitoring systems
- Diagnostic equipment
- Inspection equipment
- Dental equipment
- Other medical electronic devices
Transportation & Vehicle Equipment
- Transportation equipment
- Onboard control systems
- Vehicle terminals
- Rail-related equipment
- Other mobility applications
EV Charging & Energy Equipment
- EV charging stations
- Energy storage equipment
- Energy management terminals
- Power control equipment
Outdoor & Commercial Terminals
- Payment terminals
- Self-service kiosks
- Vending equipment
- Smart retail terminals
- Outdoor information terminals
- Smart building systems
Across these segments, glove touch, wet operation, optical bonding, UV-related materials and reinforced cover glass are selected on the operating environment. Talk to our engineering team about your application.
Standard Models
Standard PCAP Touch Panel Models
The list below shows representative standard PCAP touch panel part numbers supplied by UNI DISPLAY. Every model can be further customized in size, cover lens, controller, surface treatment and bonding to match your equipment.
| Size | Part No. | Frame | Control IC | Interface | Touch Points | Cover Lens Surface |
|---|---|---|---|---|---|---|
| 2.8″ Round | CTP-028G015A0015A_V1.0 | GF | CST826 | IIC | Single + Gesture | 7H / Clear (2.5D) |
| 2.8″ | CTP-028G015A0015A_V1.0 | GG | FT7311 | IIC | 10 | 7H / Clear |
| 3.5″ | CTP-035G016A0016A_V1.0 | GG | GT911 | IIC | 5 | 7H / Clear |
| 4.3″ | CTP-043G010A0010A_V1.0 | GFF | FT7311 | IIC | 10 | 7H / Clear |
| 4.3″ | CTP-043G020A0021A_V1.0 | GG | GT911 | IIC | 5 | 7H / Clear |
| 4.3″ | CTP-043G031A0039A_V1.0 | GG | FT7311 | IIC | 10 | 7H / Clear |
| 5″ | CTP-800480T50F056A | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-1024600T70F091D | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 7″ | YX-1024600T70PCF091D1 | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-070G002A0012A_V1.0 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-070G002A0020A_V1.0 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-1024600T70-015B1 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-070G002A0024A_V1.0 | GG | IS5912 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-070G002A0037A_V1.0 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 7″ | CTP-070G019A0019A _V1.0 | GG | FT7311 | IIC | 10 | 7H / Clear |
| 7″ | CTP-070G021A0022A_V1.0 | GG | FT7311 | IIC | 10 | 7H / Clear |
| 8″ | CTP-080G029A0035A_V1.0 | GG | IS5016 | IIC | 10 | 7H / Clear |
| 8″ | CTP-080G030A0038A_V1.0 | GG | GT911 | IIC | 5 | 7H / Clear |
| 10.1″ | CTP-1024600T101F051B | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | CTP-1024600T101F051B1 | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | CTP-1280800T101-057B | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | CTP-1280800T101-057B1 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | CTP-1280800T101F007C | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | CTP-1280800T10PCF035A5 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | CTP-101G003A0028A_V1.0 | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | PCAP-GG101L001A | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | PCAP-GG101L001B | GG | ILI2511 | IIC + USB | 10 | 7H / Anti-Glare |
| 10.1″ | PCAP-GG101L001C | GG | ILI2511 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | PCAP-GG101L002A | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | PCAP-GG101L002B | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | PCAP-GG101L002C | GG | IS5902 | IIC + USB | 10 | 7H / Clear |
| 10.1″ | PCAP-GG101L005A | GG | ILI2511 | IIC | 10 | 7H / Anti-Glare + AF |
| 10.1″ | PCAP-GG101L005A1 | GG | ILI2511 | IIC | 10 | 7H / Clear |
| 10.1″ | CTP-1280800T101F035A1 | GG | GT911 | IIC | 5 | 7H / Clear |
| 10.1″ | CTP-1280800T101F035A6 | GG | GT911 | IIC | 5 | 7H / Clear |
| 10.4″ | CTP-104G013A0013A_V1.0 | GG | ILI2511 | IIC | 10 | 7H / Clear |
| 10.4″ | CTP-104G023A0027A_V1.0 | GG | ILI2511 | IIC | 10 | 7H / Clear |
| 12.8″ | CTP-128G001A0036A_V1.0 | GG | IS5905 | IIC | 10 | 7H / Clear |
These standard part numbers are reference models — contact our engineering team for availability, customization and a recommendation for your project.
Manufacturing & Cleanroom
In-House Manufacturing You Can Audit
Cleanroom bonding lines and automated production equipment support consistent touch panel and display assembly quality — from lamination to final inspection. Photos are taken from UNI DISPLAY’s own production facility.
Controlled Production, Verified Quality
Touch panel bonding and assembly are performed in controlled cleanroom conditions with automated lamination and inspection equipment. Production follows the same discipline applied to our quality system — incoming, in-process and outgoing inspection with batch traceability.
- Cleanroom optical bonding (OCA / OCR) and lamination
- Automated positioning, defoaming and UV curing
- AOI bonding-pad and functional inspection
- ISO 9001 · ISO 14001 · IATF 16949 management systems
You can review our quality control process or arrange a project review with our engineering team.
Quality System
Quality Control for Touch Panel & Display Projects
We apply quality management throughout the entire process, from incoming material inspection and production to outgoing inspection. UNI DISPLAY operates in accordance with ISO 9001, ISO 14001 and IATF 16949 management systems.
Quality System
- IQC – Incoming Quality Control
- IPQC – In-Process Quality Control
- OQC – Outgoing Quality Control
- Batch traceability
- Change management
- Production records
Reliability & Inspection
- AOI bonding-pad inspection
- AOI functional testing
- Brightness measurement
- Pull-force testing
- Temperature / humidity testing
- Vibration testing
- Salt-spray testing
- Dimensional measurement
- Impact-related testing
Quality control is designed to maintain consistency and traceability from prototype validation through ongoing production.
How We Work
Custom Touch Panel Development Process
We develop custom touch solutions based on actual application requirements rather than relying solely on a standard panel part number.
Requirement Review
Each project begins with an evaluation of:
- Touch panel size
- Viewing area
- Touch technology
- Number of touch points
- Cover lens requirements
- Operating method
- Glove requirements
- Wet-operation requirements
- Mechanical dimensions
- Operating environment
- TFT LCD model
- Final application
Technology & Structure Selection
Based on these requirements, the project is evaluated for PCAP / RTP / EM Digitizer, sensor structure, touch controller, cover lens, surface treatment, optical bonding and display integration.
Mechanical & Optical Design
The touch panel and cover lens are customized to fit the final equipment design, including dimensions, shape, printing, holes, rounded corners and cut-outs.
Prototype & Validation
Samples are evaluated for touch operation, display compatibility, mechanical fit, appearance, optical performance and application-related environmental requirements before production.
Mass Production
After design and sample specifications are confirmed, the project moves into controlled production with inspection criteria established on the approved product requirements.
Why UNI DISPLAY
Why Choose UNI DISPLAY for Custom Touch Panels?
A touch partner should do more than supply sensors. We integrate engineering, customization, supply chain and lifecycle management into one accountable program.
PCAP & RTP Solutions
We support multiple touch technologies, allowing each project to be configured based on its specific application requirements rather than forced into one standard configuration.
Custom Cover Lens & Material Engineering
Cover lens material, thickness, surface treatment, printing and optical characteristics are engineered together with the touch panel.
Touch + Display + Bonding Integration
Touch panels are combined with TFT LCD module, cover lens and optical bonding to reduce coordination among multiple suppliers.
Hardware & Engineering Support
Engineering capabilities include touch sensor design, circuit development, PCB layout, software support, mechanical integration and display-system integration.
Industrial Application Experience
We provide touch and display solutions for industrial control, medical equipment, outdoor applications, transportation, energy equipment and commercial terminals.
Over 18 Years of Touch Experience
Since 2008, UNI DISPLAY has provided display and touch solutions for industrial and professional equipment.
Get Started
Request a Custom Touch Panel Solution
You do not need to select a specific touch panel model before contacting us. Send us your available requirements, and our team can evaluate a suitable touch technology and configuration.
For a Faster Evaluation, Please Provide
The more context you share, the faster our engineering team can propose the right starting configuration for your equipment.
- Touch panel dimensions
- Viewing area
- PCAP / resistive requirement, if known
- Number of touch points
- Cover lens dimensions
- Cover lens thickness
- Glove requirements
- Wet-operation requirements
- Surface treatment requirements
- TFT LCD model or size
- Mechanical drawing
- Operating environment
Start Your Touch Panel Request
Our engineering team can evaluate the right starting configuration for your equipment. Share your requirements and we will respond with a recommendation and next steps.
FAQ
Custom Touch Panel FAQs
We support projected capacitive touch panels (PCAP), resistive touch panels (RTP) and EM Digitizer solutions for a wide range of equipment and operating requirements.
Yes. Custom PCAP projects can include sensor size and dimensions, cover lens customization, multi-touch configuration, glove operation, surface treatments, printing, controller integration and optical bonding.
Depending on the selected configuration, we support touch solutions ranging from single-touch operation to 10-point multi-touch.
Yes. Glove-touch configurations can be evaluated based on the touch technology, glove type, cover lens and application requirements.
Wet-operation touch solutions are available for suitable touch configurations. The touch sensor, controller and cover lens should be evaluated together based on the actual operating environment.
Yes. Cover lens customization can include material, thickness, outer dimensions, holes, rounded corners, cut-outs, black-mask printing, logo printing and functional surface treatments.
Depending on the project requirements, available surface and optical options include AG, AR, AF, hard coating, UV cut and IR cut.
Yes. We support both OCA and OCR optical bonding for touch panel, cover lens and TFT LCD integration.
Yes. We can integrate the touch panel with the TFT LCD, cover lens, optical bonding and related electronics into a complete touch display solution.
Please provide the touch-panel dimensions, touch technology, number of touch points, cover lens requirements, TFT LCD information, operating environment and a mechanical drawing if available.
Contact UNI DISPLAY
Looking for a Touch Panel That Fits Your Product?
Choosing the right touch technology is only the beginning. The touch panel must also integrate seamlessly with the cover lens, controller electronics, optical design, mechanical design and operating environment of the final product.