The industrial control all-in-one computer realizes data collection, processing and control of various sensors and equipment in the industrial environment through integrated hardware design and specialized firmware, ensuring the automation of the production process and the accuracy of monitoring, and supporting long-term stable operation.

1. Extremely cold and hot operation: -40℃~75℃ wide temperature range stable operation, suitable for polar oil fields/steelmaking workshops
2. Anti-electromagnetic storm design: passed IEC61000-4-5 certification, resisting 10kV lightning surge impact
3. Explosion-proof certification: Ex d IIC T6 explosion-proof level, safe and worry-free in petrochemical/coal mine scenarios
4. Millisecond response: real-time performance reaches 0.5ms, meeting the precision control of high-speed placement machines, etc.
5. Multi-screen display: supports 4-way 4K output, production line dashboard/monitoring large screen synchronous management
6. Vibration compensation: built-in MEMS gyroscope, automatic correction display for vehicle/shipborne scenarios
7. Sterile coating: food-grade nano-silver coating, dedicated to the pharmaceutical/dairy industry
8. Military encryption: national secret SM4 algorithm hardware encryption, defense against network attacks
9. Self-repair system: dual BIOS automatic repair, zero data loss in accidental power failure
10. Flexible production line adaptation: supports U-shaped/L-shaped special-shaped customization, matching special installation space

Technology

The production process of industrial integrated machines integrates precision mold manufacturing and automated assembly technology, and a strict quality control system is used to ensure that the products are stable and reliable. The production process covers sheet metal processing, surface treatment, modular assembly and environmental testing, and the entire process is tracked using an information management system to ensure that each device meets high-standard industrial environment application requirements and meets the use needs in various complex scenarios.

• Intelligent logistics sorting: driving AGV and conveyor belts to achieve accurate cargo distribution
• Precision instrument control: high-precision laboratory equipment automation operation center
• Food filling supervision: aseptic production line process monitoring and quality traceability
• Semiconductor wafer processing: clean workshop equipment linkage control platform
• Engineering machinery intelligent control: excavator/crane and other heavy equipment interactive terminal
• Smart agriculture center: greenhouse environment control and irrigation system management
• Railway transportation monitoring: platform equipment status real-time monitoring system
• Ship electronics integration: navigation instrument data centralized processing interface