Intelligent Integrated Cell System for Part XXXX Precision Parts

Customer Pain Points

Core Requirements:
Tailored to the common challenges faced by precision small-part components under the traditional production mode, this project delivers a custom intelligent-upgrade solution.
Existing Bottlenecks:
Production processes are complex, involving the handoff of multiple operations such as turning, milling, precision turning, and grinding; heavy manual intervention makes consistent quality hard to control.
The original line lacks systematic tool-life management and automatic tool-setting mechanisms, leading to insufficient machining stability.
Meanwhile, auxiliary processes such as warehouse logistics, swarf and coolant waste handling, and equipment maintenance are inefficient, with severe data silos, unable to meet the demands of modern flexible production and digital traceability.

Core configuration of the line body

Core Machining Equipment: Integrates turn-mill machining centers, horizontal CNC lathes, ultra-precision CNC lathes, and a high-precision grinding combination (including cylindrical and internal grinding machines), covering the full-process machining needs of precision small parts.
Automation & Fixturing: Deploys a six-joint robot (side-mounted on an overhead rail) for precise loading/unloading and handling, paired with an intelligent AGV system for line logistics scheduling; combined with an automatic cleaning unit, a deburring system, and zero-point quick-change fixtures to build a closed-loop automated process.
Intelligent Control & Auxiliary System: Integrates an off-line central high-bay warehouse and cabinet system for intelligent storage; runs HF-PCS control system, a tool management system, and an RFID automatic identification system to achieve full-element data collection; equipped with a centralized coolant supply & return system, a centralized chip-removal system, and a safety protection system to ensure green, safe, and long-term line operation.

Core Value

Full-Process Unattended Operation: Through the coordination of the AGV logistics system and the central high-bay warehouse, combined with robotic automated operation, full-process automation is achieved across machining, inspection, cleaning, logistics, and warehousing, greatly reducing reliance on manual labor and improving production efficiency.
Dual Improvement in Quality and Management: By integrating tool-life management and automatic tool-setting, combined with precision machining equipment and inspection units, high-consistency quality of precision small parts is ensured; meanwhile, digital lean management is achieved for swarf and coolant, equipment maintenance, and inventory.
Digital-Twin Visualization: The system deeply integrates digital-twin technology, realizing visual monitoring and virtual simulation of the production process; this not only optimizes on-site O&M but also provides data-driven decision support for subsequent process iteration and capacity expansion.