13.3 inch OEM/ODM IP65 Waterproof Linux/win 10 11 Industrial Android-Based Control Display Capacitive Embedded/Wall-Mounted Fanless All in One

In the intelligent logistics sorting center, operators utilize an Android-based touch screen to dispatch AGVs in real time—the interface is as intuitive as a smartphone, while the core ensures industrial-grade stability. Industrial Android-Based Control Display Built on an open-source platform, it integrates industrial protocols with consumer-grade interaction logic, serving as a lightweight hub that connects OT and IT.

Hardware Architecture and Industrial Compatibility

The equipment features an integrated die-cast frame constructed entirely from aluminum alloy or a cold-rolled steel spliced structure, effectively balancing lightweight design with impact resistance. The fully enclosed design attains an IP65 protection rating. The front tempered glass and metal frame are seamlessly bonded using a silicone sealing ring, providing effective resistance against dust, oil contamination, and high-pressure water mist encountered in production line environments.

Core configurations emphasize practicality:

Screen type: Standard projected capacitive touchscreen (supports glove and wet hand operation), with optional five-wire resistive touchscreen (designed for explosion-proof environments) or a non-touch display only;

Cooling solution: fanless passive cooling with an aluminum alloy backplate featuring three-dimensional airflow channels, ensuring continuous operation within a wide temperature range of -20℃ to 50℃.

Installation methods: support embedded installation (panel cutout depth ≤ 5 mm), VESA wall mounting, desktop stands, and DIN rail mounting, with 7 to 32-inch models adapted for various applications.

Scenario-Based Application Examples

Industrial Android-Based Control Displays exhibit versatility across various industries owing to their system openness and hardware modularity:

Intelligent warehousing: The 10.1-inch device features an integrated barcode scanner module and employs the Android-based WMS application to conduct shelf inventory, with data synchronized in real time to the cloud database.

Equipment Operation and Maintenance: The 21.5-inch resistive touchscreen model is employed for monitoring oilfield drilling rigs, designed to operate reliably in low-temperature environments down to -15°C, and runs customized applications for analyzing vibration sensor data.

Public facilities: A 32-inch non-touchscreen display is wall-mounted in the subway station, presenting security surveillance footage and supporting multi-window display.

Its environmental adaptability is especially notable in outdoor applications: photovoltaic power plants opt for the 1000-nit high-brightness display version, achieving a 300% improvement in visibility under sunlight compared to standard industrial screens. In chemical explosion-proof zones, safe interaction within hazardous areas is ensured through intrinsically safe design certified to Ex ib IIC T4 standards.

Android Systems and Industrial Enablement

The industrial-grade operating system customized on Android 11/13 constitutes the core competitive advantage:

Protocol compatibility: Supports industrial protocols including Modbus RTU and EtherCAT via USB adapter modules, enabling millisecond-level response times with PLCs in textile machinery control.

Application Ecosystem: Supports direct execution of SCADA and MES clients in APK format, and is compatible with customized algorithms developed in Java and Python;

Remote management: Integrated MDM (Mobile Device Management) system supporting OTA upgrades, access control, and fault diagnostics.

Interaction Optimization: The anti-mistouch algorithm detects non-finger inputs, including gloves and tools, ensuring stable touch performance even under vibration conditions.

In a 3C electronics production line, the equipment runs a proprietary Android application that concurrently performs equipment control (via EtherCAT), quality inspection (utilizing an AI inference engine), and production dashboard visualization, maintaining CPU load consistently below 65%. The edge computing capability further enhances value: devices equipped with the RK3588 processor can execute visual inspection models locally, reducing image processing latency to 80 ms.

From lightweight human-machine interfaces to edge intelligence integration, Industrial Android-Based Control Displays are redefining the value boundaries of industrial terminals. It preserves the user-friendly interaction characteristic of consumer-grade devices while incorporating the robust capabilities essential for industrial environments, thereby establishing a distinctive intelligent approach that balances open ecosystems with closed-system reliability.

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