High Automation Push Rod Motor Rotor Production Line from China Suppliers & Factory - Efficient and Stable Production
Features
Personnel Allocation: 0 person, CT: 10s/pcs, finished rotor.
Equipment process: loading and unloading machine – pressure commutator machine – high-speed double flying fork winding machine – single-head spot welding machine – online air cooling – double-station precision turning – weight removal and dynamic balancing – comprehensive testing – integrated machine for inserting magnetic rings, dispensing and pressing retaining rings – shaft tail polishing.
Intelligent and unmanned production and processing support the intelligent warehousing system to achieve efficient operation.
Real-time grasp of on-site production conditions and equipment operation status facilitates the overall planning and formulation of production plans.
Equipment Advantages
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⚡ 10s/pcs High Production Efficiency, CT 10s/pcs
The production efficiency is industry-leading. The entire line operation cycle time can reach 10 seconds per piece. The core processing, transmission, inspection and other full-process procedures are seamlessly connected without redundancy. The operation rhythm of each link is precisely matched and seamlessly linked, with no waiting time for stagnation. It can achieve high-speed continuous production. Under the premise of ensuring the processing accuracy and quality consistency of products, significantly increasing the output per unit time can fully meet the efficient production demands of large-scale mass production and help the production line achieve the maximum release of production capacity.
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🖥 Intelligent Production, MES System, Real-Time Monitoring of Production Conditions
The level of intelligent production is outstanding. The entire production line is deeply equipped with a professional MES production execution system. Managers can keep track of the production line dynamics at any time through the terminal, quickly identify and respond to various problems in the production process, achieve intelligent production scheduling and efficient decision-making, and comprehensively enhance the refinement and controllability of production management.
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🔩 High Stability to Meet the Requirements of Large-Scale Production
The core components of the equipment are made of high-specification and high-quality accessories. The entire machine has undergone multiple rounds of strict durability tests and performance adjustments. During operation, it features low vibration, stable precision, and a low failure rate. It can maintain continuous and uninterrupted operation for a long time. The production parameters are precisely controllable and consistent, fully meeting the production demands of large quantities and large-scale operations, ensuring the efficient and stable output of the production line.
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🔧 High Degree of Modularization and a Fast Model Change Speed
The equipment adopts a highly modular design. Only the corresponding functional modules need to be quickly disassembled, assembled and debugged, without the need for large-scale renovations to the entire machine. This significantly reduces the downtime for product model changes, enhances the flexible production capacity of the production line, and meets the rapid production change requirements of multiple varieties and small batches.
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✅ Low NG Rate
The entire production line is equipped with a multi-node high-precision online detection system, which can monitor and accurately identify the key process parameters and product quality throughout the production process in real time. Once an abnormality is detected, it will automatically issue a warning and trigger a correction mechanism to avoid the generation of defective products from the source. At the same time, by integrating stable equipment operation performance with standardized operation procedures, errors in each production link can be effectively controlled, achieving precise control over the defect rate of the entire production line and ensuring the qualification rate of finished product quality.
Key Specifications
| Applicable Product Model | Push Rod Rotor |
| CT | 10S / PCS |
| Equipment Numbers | 9 sets |
| Personnel Allocation | 0 person |
| Floor Space | 20.2m × 3m |
| Utilization | 85% |
| Qualification Rate | 99.7% |
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Frequently Asked Questions
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Q What is the cycle time (CT) of the Push Rod Rotor automatic production line?The production line achieves a cycle time of 10 seconds per piece (CT 10s/pcs), representing industry-leading efficiency. Each processing, transmission, and inspection step is seamlessly integrated to ensure uninterrupted high-speed output.
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Q How many operators are required to run this production line?The line is fully automated and requires 0 personnel for operation. It supports intelligent and unmanned production, integrating seamlessly with intelligent warehousing systems to achieve fully autonomous operation.
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Q What is the qualification rate and equipment utilization of this production line?The production line achieves a qualification rate of 99.7% and an equipment utilization rate of 85%. Multi-node high-precision online detection systems monitor quality in real time, automatically triggering corrections when abnormalities are detected.
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Q Does the production line support quick model changeovers?Yes. The equipment features a highly modular design, allowing specific functional modules to be quickly disassembled, assembled, and debugged without requiring large-scale machine overhauls. This minimizes downtime during product model changes and supports flexible production for multiple varieties and small batches.
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Q What intelligent management systems are integrated into this production line?The production line is equipped with a professional MES (Manufacturing Execution System). This system enables real-time monitoring of production line dynamics, rapid identification and response to production issues, intelligent scheduling, and efficient decision-making — enhancing overall production management and controllability.
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Q What are the main processing steps covered by this rotor production line?The complete equipment process includes: loading and unloading → pressure commutator → high-speed double flying fork winding → single-head spot welding → online air cooling → double-station precision turning → weight removal and dynamic balancing → comprehensive testing → integrated machine for inserting magnetic rings, dispensing and pressing retaining rings → shaft tail polishing, covering the full rotor manufacturing workflow.