Multi-Dimensional Installation System, Redefining Spatial Logic
From embedded installation in sheet metal cabinets to universal bracket mounting on robotic arms, the embedded industrial all-in-one PC breaks traditional installation limits through deeply customized brackets and interfaces. For example, damp-proof versions in food processing workshops use 304 stainless steel brackets with 80° tilt adjustment, while vehicle navigation terminals are equipped with anti-vibration slide brackets that remain stable even in 2G vibration environments.

The interface cluster supports customized combinations of HDMI+USB+GPIO. For instance, smart charging piles integrate RS485 and CAN bus interfaces to achieve millisecond-level data exchange with BMS systems.

Military-Grade Hardware Architecture, Challenging Environmental Limits
The body features a magnesium-aluminum alloy frame with nano-ceramic coating, providing 40dB electromagnetic shielding effectiveness to ensure touch accuracy even in substation-level strong electromagnetic fields.

A multi-hole back cover design incorporates aerodynamic principles, forming directional airflow through 72 trapezoidal heat dissipation holes, improving fanless cooling efficiency by 28%. Even in 60°C glass furnace control rooms, the motherboard temperature remains stable within a 45°C threshold. The surface is covered with AG anti-glare glass of Mohs hardness level 7, resistant to forklift impacts and tool scratches, with a service life exceeding 50,000 hours in automotive welding workshops.

All-Weather Operational Capability, Redefining Industrial Standards
Having passed -10°C cold start tests and 60°C high-temperature aging validation, the embedded industrial all-in-one PC seamlessly transitions between cold chain warehouses (-25°C) and steelmaking workshops (55°C). Its industrial-grade capacitive screen supports thick glove touch and -20°C low-temperature drive, allowing oil drilling platform operators to operate smoothly while wearing anti-freeze gloves.