Success Cases
Success Cases

A certain part intelligent cell integration system

Customer Pain Points

  • Core Requirements: The intelligent production of XX shell-type parts requires the realization of full-process intelligent control, including tool life management, automatic tool setting, logistics, and inventory.
  • Existing Pain Points: The original model suffers from low intelligence levels and poor coordination across various links. Tool management and logistics scheduling rely on manual labor, lacking visual control and closed-loop management capabilities. This fails to meet efficient and standardized production requirements, creating an urgent need for an integrated intelligent system to resolve production bottlenecks.

Core configuration of the line body

  • Core Machining Equipment: 5-axis vertical machining centers, horizontal CNC lathes, and deep hole drilling machines, adapted for the multi-process precision machining of XX shell-type parts, establishing a solid hardware foundation for production.
  • Automation and Clamping: 6-axis articulated robots, intelligent AGVs, and zero-point quick-change systems, combined with the RFID identification system, construct a full-process automated logistics loop to realize automatic transfer, storage, and clamping of parts and materials.
  • Inspection and Support: CMM inspection units, vibratory marking equipment, and deburring systems, coordinated with the chip removal system, realize part inspection, identification, and standardized waste management, ensuring product quality.
  • Integration and Assurance: Tool management systems, the CHINAF PCS intelligent control system (independently developed), and safety protection systems realize seamless equipment integration, coordinate full-process control, and support intelligent production.


Core configuration of the line body

Core Value

  • Full-Process Intelligent Control: Relying on the PCS system to realize intelligent control over all equipment and links, achieving core requirements such as tool life management and automatic tool setting, thereby constructing a complete production closed loop.
  • Dual Improvement in Efficiency and Quality: Through the synergy of automated equipment and systems, manual intervention is reduced, errors are lowered, production efficiency and product consistency are improved, and the production process is standardized.
  • Visualized Control: Utilizing the digital twin system to achieve visualization and traceability of the entire production process, reducing management difficulty and enhancing control efficiency.
  • Worry-Free and Efficient Implementation: One-stop service achieves seamless compatibility of equipment, eliminating the need for multi-party coordination, reducing implementation and operational costs, and accelerating the client's intelligent transformation.