Refined Design to Improve Workpiece Delivery Efficiency

*Structural characteristics: 1
1. Based on customer needs, provide the corresponding optimal design
2. Fine workmanship to ensure operational stability
3. Highly automated process to increase efficiency

* How to design an optimal solution?
1. Comprehensive analysis of customer cost budget and capacity requirements, select manual and automatic modes accordingly;
   Lubrication method: manual, automatic
   Loading method: manual, automatic
2. Comprehensive analysis of workpiece material, weight, size, shape and other factors, select the ground rail, hanging rail mode and design the optimal running length and speed;
3. Comprehensive analysis of customer's requirements for workpiece processing efficiency, select different degrees of automation. 

* How to achieve fine workmanship, optimized design and stable operation?
1. The track material is forged or steel, which is firm and durable;
2. All sheet metal materials and shaped parts, all lasers are off the assembly line, the tolerance is less than  0.2 mm;
3. Welding in the mold to ensure that the flange is perpendicular to the four corners of the track;
4. The entrance is treated with a knife angle, and the edge of the track is free of burrs;
5. The seam is no stuck;
6. Docking, lap jointing, turning range, etc., smooth processing;
7. Safety device design, extending chain life and reducing maintenance costs, including the tensile device, stuck automatic stopping device, overload automatic stopping device, etc.;
8. The overload protection device is optional, reducing the chain operation failure rate;
9. The drive with torque limiter is optional and can be started after troubleshooting.
10. Speed control system optional: speed control motor, stepless frequency conversion (0.5-10 m / min), PLC + computer programming + inverter

Different automation conveyor chains
*Single chain operation
*Ring closed operation 
*Power and free overhead conveyor chain operation

Small occupying area, low energy consumption, flexible automation (direction switching, parallel operation)


Refined Design to Improve Workpiece Delivery Efficiency


Refined Design to Improve Workpiece Delivery Efficiency


Refined Design to Improve Workpiece Delivery Efficiency


Refined Design to Improve Workpiece Delivery Efficiency




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