200L Semi-Automatic Sigma Mixer Is Ready To Ship | JCT Machinery

1. Improve Production Efficiency

• Continuous Operation: Connecting the sigma mixer and storage tank together can achieve continuous production and reduce the transfer time of materials between equipment, thereby improving production efficiency.

• Reduce Intermediate Links: The kneaded materials can be directly transferred to storage tank, avoiding stagnation and operation in the intermediate links.

2. Reduce Labor Costs

• High Degree of Automation: This design can achieve automated operation, reduce the need for manual intervention, and reduce labor costs.

• Reduce Manual Handling: The automatic transfer of materials reduces the need for manual handling and reduce labor intensity.

3. Reduce Pollution and Loss

• Closed System: Sigma mixer and storage tank are directly connected to form a closed system, which can effectively reduce the exposure of materials to the air and avoid pollution and oxidation.

• Reduce Waste: Reduce the waste and loss of materials during the transfer process and improve the utilization rate of raw materials.

4. Improve Product Quality

• Uniform Mixing: Sigma mixer can fully mix the materials, and the storage tank can maintain the uniformity of the mixture after being connected to ensure the consistency of product quality.

• Stabilize Process Paremeters: Reduce the changes in process parameters caused by the transfer of materials between different equipment, and ensure the stability of the production process.

5. Optimize Space Utilization

• Compact Layout: The interconnection design of the sigma mixer and storage tank makes the equipment layout more compact, saving space in the production workshop.

• Reduce Floor Space: Reduce the need for material transfer equipment and intermediate storage devices, and reduce floor space.

6. Enhance Safety

• Reduce Operational Risks: The automated interconnection design reduces the contact between operators and equipment, reducing operational risks and the possibility of accidents.

• Prevent Leakage: The closed system design reduces the risk of material leakage, protects the safety of operators and the cleanliness of the production environment.