Tubular Heater Mgo Filling Machine

• Structural stability, controllable depth of pipe opening powder; The error of powder control is (+1 mm).

• Powder-free production is basically realized by closing powder through external ducts and nozzles and feeding powder to small powder boxes by large powder boxes.

• In the middle of the maintenance, three-layer catheters are used, and the filling density of the electric heat pipe is high, the rate of poor pressure resistance is low, and the stability is good.

• The control system of the mgo filling machine is operated by man-machine interface, and the mechanical performance is stable depend on.

• One-off 30 branch pipe filling production automatically at the same time, high production efficiency.

1. Man-Machine Interface Control

The equipment is equipped with intuitive and easy to use human-machine interface, so that the operator can quickly get started, simplify the operation process, and improve the work efficiency. The interface displays real-time data for monitoring and adjusting device status.

2. Pneumatic Manual Whole Row Feeding And Unloading

Tubular heater mgo filling machine support pneumatic and manual whole row feeding and unloading functions, flexible to meet different production needs. The pneumatic system increases the efficiency and accuracy of the feed, while the manual operation provides additional control options for different operating conditions.

3. a Variety Of Catheter Descent Control Methods

There are various ways to control the descent of the conduit, including precise control of length, time and descent position. This design ensures the accurate positioning of the tube during the filling process and improves the accuracy of the magnesium powder filling.

4. Two Kinds Of Program Choices

The machine supports two kinds of procedures: the lower part can be clamped or not clamped filling mode, to meet different production process requirements, to ensure the flexibility and adaptability of magnesium powder filling.

5. Controlled Crushing Time

It can precisely control the crushing time and pipe depth, thus reducing the waste of magnesium powder, improving the material utilization rate and reducing the production cost.

6. Delay Rise Function

During the filling process, the tube has a delayed rise function to prevent the nozzle from leaving before the magnesium powder reaches the bottom of the tube, ensuring the integrity and quality of each filling.

7. Rod Ejection Function

Optional rod ejection function can effectively prevent the top of the rod from bending, ensure the long-term stable operation of the equipment, and improve the quality of the finished product.

8. Follow-Up Oscillation Function

The device has a follow-up oscillation function, which is suitable for specific filling needs, and can improve the uniformity and efficiency of filling (this function is only applicable to random follow-up).

9. Equipment Workflow Monitoring

The equipment is equipped with a workflow monitoring system to track the production progress in real time, ensure the smooth progress of each link, and facilitate the timely discovery and solution of problems.

10. Fault Indication Of Equipment

During operation, if the equipment fails, the system will give timely instructions to help the operator take quick measures to reduce downtime and ensure the continuity of the production line.

11. Main Action Time Data Monitoring

Monitor the time data of each major action of the equipment to facilitate the analysis of production efficiency and optimization, and improve the overall performance of the equipment.

12. Plc i/0 Monitoring; Control

The PLC I/O point monitoring function ensures the stability and reliability of the equipment, feedbacks production data in real time, and enables the operator to make quick adjustments.