Large industrial dehumidification injection molding machine

NegotiableUpdate on 01/17

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The large-scale industrial dehumidification injection molding machine is equipped with four major systems for exhaust and dehumidification, namely the barrel (material barrel), screw, feeding device, and control panel.

Product Details

　　Large industrial dehumidification injection molding machineadvantage

1. No need to pre dry the water absorbing molding material, reducing the number of processes and saving time;

2. It can remove volatile substances to a minimum, improve the mechanical properties of the product, and enhance the appearance quality;

3. Improve the molding range, increase the product qualification rate, and make the process more stable.

4. Avoiding some material storage waste (such as occupying space, idle resources, and reducing capital turnover risks)

5. Improve product switching efficiency, changeover time, and waiting time;

6. Improve the utilization rate of factory layout and increase the rational utilization rate of equipment;

7. Using an injection molding machine dehumidification system can reduce the cost of injection molded products and significantly enhance the competitiveness of the enterprise

　　Large industrial dehumidification injection molding machineOperation requirements:

1. Before starting production with machine heating, open the cooling water valve and observe whether the water channel is unobstructed.

2. Close the power switch next to the control box, connect the internal power supply, and press the motor start button on the panel to start the oil pump motor.

3. For machines that are used for the first time or have not been used for a long time, after starting the oil pump, they should be run empty for a few minutes before starting the operation.

4. Turn on the heating switch of the material cylinder, connect the electric heating power supply, adjust the constant temperature nozzle and temperature controller on the box door, set the temperature, and observe the current of the ammeter to determine the quality of the electric heating coil.

5. The test run should be carried out sequentially from manual to semi-automatic to fully automatic, and important fastening bolts should be checked for looseness. If any abnormalities are found, they should be stopped immediately. After confirming normal operation or troubleshooting, proceed with the test drive.

6. When the processing stops or the material is changed, the material cylinder should be cleaned. The cleaning work should be carried out while the material cylinder is heated. After the cleaning is completed, immediately turn off the heating switch. Cleaning work is particularly important for processing easily degradable plastics.