Ever Glory provides custom interactive PCAP multi-touch displays for industrial equipment manufacturers, self-service solution providers and interactive terminal integrators. The product series covers project-defined sizes from 4.3 to 75 inches, with 5-point or 10-point touch configurations selected according to display size, operating system and user-interface requirements.
Available OEM/ODM options include cover-glass dimensions and printing, touch-controller selection, firmware tuning, air or optical bonding, AG/AR/AF surface treatment, display brightness, interfaces, housing and mounting structure. Each product configuration is confirmed through specification review, drawing approval and sample validation rather than supplied as one universal standard model.
Browse our capacitive touch display range or review the technical guide to selecting a PCAP touch controller for industrial equipment.
This interactive PCAP display series is developed for equipment manufacturers that require multi-touch operation, custom glass, project-specific interfaces and mechanical integration. It can be configured as a touch display module, open-frame assembly, panel-mounted display or enclosed monitor according to the equipment structure.
The available size range extends from compact embedded interfaces to large interactive screens. Because LCD specifications, touch controllers, power requirements and mounting structures vary significantly by size, every configuration is defined through an approved model specification.
For products with fixed mechanical requirements, browse the Ever Glory capacitive touch monitor category.
Projected capacitive touch supports simultaneous touch-point detection and gesture input. Depending on the controller, display size and operating system, the product can be configured for 5-point or 10-point touch.
Multi-touch performance should be evaluated according to the actual software interface. Industrial control systems may use two-finger scaling, graphical navigation or multi-command input, while public terminals often require stable single-finger selection rather than complex gestures.
For additional selection guidance, read multi-touch performance and working-condition reliability.
| Display Range | Typical Equipment | Selection Considerations |
|---|---|---|
| 4.3–7 inches | Local controllers, instruments, access systems and compact embedded equipment | Installation depth, power consumption, interface density and touch-target size |
| 8–15.6 inches | Machine HMIs, smart lockers, check-in equipment and compact self-service terminals | Viewing distance, information density, mounting structure and public-use durability |
| 17–27 inches | Control stations, kiosks, retail terminals and production workstations | Resolution, glass size, touch-controller capability, housing and thermal design |
| 32–75 inches | Large information displays, collaborative equipment and interactive installations | Glass handling, structural support, multi-touch performance, transport and installation |
For a compact equipment example, see the 7-inch open-frame PCAP display. For a fixed external terminal, see the 15.6-inch enclosed touch monitor.
The cover glass can be customized according to the equipment enclosure and industrial design. Available options include external dimensions, thickness, openings, curved or irregular outlines, edge processing, black border, color matching and customer logo printing.
Cover-glass thickness affects touch sensitivity and controller tuning. Applications requiring thicker protective glass should be evaluated using the actual sensor, controller, adhesive stack and metal enclosure.
AG treatment can reduce mirror-like reflections in bright indoor locations. AR treatment can improve optical transmission and contrast, while AF or anti-fingerprint treatment may simplify cleaning in frequently operated terminals.
The appropriate surface treatment depends on ambient light, cleaning method, image-quality requirements and expected user contact. Multiple treatments should not be listed as standard unless they are included in the approved glass specification.
Air bonding may be suitable for cost-sensitive indoor equipment with moderate environmental requirements. OCA or OCR optical bonding can reduce internal reflection and improve display-stack stability where enhanced optical performance or reduced internal condensation risk is required.
Optical bonding feasibility depends on LCD structure, glass size, production volume and environmental requirements. Read the industrial display optical bonding guide for additional technical context.
USB is commonly used for touch communication with Windows, Linux and Android systems. I2C and RS232 may be evaluated for embedded controllers and project-specific host systems.
The controller should be selected according to display size, sensor-channel count, report rate, cover-glass thickness, EMC environment, operating system and firmware support. Review the guide on capacitive touch controller selection before defining the production configuration.
Finger input is the base operating mode. Glove operation, wet-hand input and touch through thick cover glass can be evaluated through sensor design, controller selection and firmware tuning.
Final validation must use the actual glove, moisture condition, glass structure, power supply and equipment enclosure. These operating modes should not be treated as universal capabilities across every display size.
Multi-touch can support graphical navigation, equipment views, parameter adjustment and scalable process diagrams. The display size and gesture requirements should match the HMI software rather than being selected solely by available cabinet space.
Explore the related industrial touch display solution.
Ticketing terminals, check-in systems, smart lockers and payment equipment require clear touch targets, stable public operation and mechanical integration with the front cabinet. For a size-specific option, review the 12.1-inch panel-mount display for self-service equipment.
Interactive retail equipment may combine product selection, membership functions, order confirmation and information display. Cover-glass printing, enclosure design and interface configuration can be matched to the equipment brand and host system.
Large-format configurations require additional evaluation of glass weight, structural support, transport, installation tolerances, controller channels and touch uniformity. A small-display touch configuration should not be scaled directly to a 32–75-inch product.
Learn more about Ever Glory’s manufacturing and customization capabilities on the industrial touch display manufacturer profile.
Project options cover sizes from 4.3 to 75 inches, subject to LCD availability and engineering feasibility. Resolution, brightness, touch controller, power and mounting specifications vary by size.
Yes, 5-point and 10-point PCAP configurations are available. The supported touch-point count depends on the selected controller, sensor design, interface and operating system.
Yes. Glass dimensions, thickness, outline, openings, border, color and logo can be customized according to the equipment drawing. Surface treatments such as AG, AR and AF are also available by project.
OCA or OCR optical bonding can be evaluated according to the LCD, glass size, environmental requirements and production volume. Air bonding remains available for appropriate indoor and cost-sensitive projects.
USB, I2C and RS232 can be evaluated according to the selected controller and host system. Interface compatibility must be confirmed using the operating-system version, chipset and communication requirements.
These modes are available for project evaluation. Validation must use the actual glove, moisture condition, cover glass, controller and representative equipment enclosure.
MOQ and lead time are project-based because the series covers different sizes and structures. They depend on LCD availability, custom glass, bonding, controller, housing, tooling and validation requirements.
Send your display size, cover-glass drawing, host-system details and operating requirements to Ever Glory. Our engineering team will evaluate the LCD, touch controller, bonding, interfaces and mounting structure before proposing a sample configuration.
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