In many industrial installations, the distance between the industrial PC and the display panel can reach tens of meters.
Industrial environments contain motors, high-power equipment, and electrical noise that can disrupt touch signals and display stability.
Many machines already have fixed panel cutouts and installation structures. Replacing display equipment requires compatible mounting dimensions.
Industrial displays must support glove operation, resist dust and vibration, and operate reliably for long periods.
The upgraded display adopts a full-lamination structure, improving display clarity while reducing internal reflection and enhancing overall durability.
The system is optimized for industrial environments with strong electromagnetic interference, ensuring stable touch and video transmission even in high-noise environments.
The front panel provides IP65 protection, preventing dust and water from entering the display surface.
Touch signals can be transmitted through serial communication interfaces, enabling stable long-distance touch control without additional relay equipment.
All displays support 1920 × 1080 resolution, providing clear and accurate visualization for industrial control systems.
Optimized for high-interference industrial environments such as machine tools, production lines, and automation equipment.
Supports touch input with medical gloves and industrial safety gloves, ensuring reliable operation in industrial environments.
Touch signals can be transmitted reliably over long distances without requiring additional relay hardware.
Supports multiple mounting methods including:
Embedded panel mounting
Wall mounting
VESA mounting
Arm mounting
Desktop installation
The IDP-1560W industrial display series provides reliable touch interaction, flexible installation options, and industrial-grade durability. It supports multiple touchscreen configurations including resistive, capacitive, and non-touch versions to meet different application requirements.
The IDP-FL-1560W is an upgraded industrial display featuring a full-lamination touchscreen structure.
Compared with traditional air-gap displays, the full-lamination design significantly reduces internal reflection and improves touch stability, making it more suitable for environments with strong electrical interference, vibration, dust, or oil contamination.