How does PMC Magnetic drum sewage processor improve processing quality?

1. The influence of coolant on processing quality
In the metal processing process, the purity of the coolant directly affects the quality of the processed workpiece. Unpurified coolant contains a large amount of impurities such as iron chips and grinding chips. These impurities will continue to contact the workpiece during the processing process, causing the following problems:

Surface scratches and damage: Metal chips in the coolant can easily scratch the surface of the workpiece during the processing, especially when performing precision processing. Such scratches may cause the product to be scrapped or require additional finishing.

Decrease in dimensional accuracy: When impurities are mixed into the processing area, the friction between the tool and the workpiece will increase, resulting in dimensional errors and affecting the processing accuracy of the workpiece.

Processing consistency issues: Impurities in the coolant will cause increased tool wear, resulting in unstable processing technology, and it is impossible to ensure the consistent processing quality of each batch of products.

In order to avoid these problems, it is crucial to ensure the purity of the coolant, and the PMC Magnetic drum sewage processor is designed to solve this problem.

2. How does PMC Magnetic drum sewage processor improve processing quality?
PMC Magnetic drum sewage processor uses a strong magnetic field to effectively separate metal iron filings and other impurities in the coolant, so that the purified coolant can be recycled, thereby improving the processing quality. The way to improve processing quality is reflected in the following aspects:

Prevent surface scratches and ensure the surface quality of workpieces

Through the magnetic force of the magnetic drum, iron filings and other magnetic impurities in the coolant are effectively adsorbed and separated to ensure the purity of the coolant. In the metal processing process, the use of purified coolant can reduce the contact between the workpiece surface and impurities, avoid scratches, and ensure the finish and integrity of the workpiece surface.

Reduce tool wear and improve processing accuracy

Impurities in the coolant will not only damage the workpiece, but also accelerate tool wear. When the coolant is impure, the friction between the tool and the workpiece increases, resulting in increased tool wear and affecting processing accuracy. PMC Magnetic drum sewage processor extends the service life of the tool by separating impurities such as iron filings in the coolant, allowing the tool to maintain good cutting performance for a longer time, thereby improving processing accuracy.

Improve processing consistency and reduce defective rate

The purity of the coolant is crucial to ensure the stability of the processing process. PMC Magnetic drum sewage processor can continuously and efficiently purify the coolant to ensure that every cut in the processing process is carried out under the same working conditions. This consistency helps to improve the stability of the processing process, reduce the defective rate, and improve the quality consistency of the product.

Reduce secondary processing and rework

By purifying the coolant, the workpiece can achieve higher precision and surface quality during the initial processing, reducing surface defects and dimensional errors caused by coolant contamination. This not only saves time and cost for rework, but also reduces unnecessary secondary processing and improves overall production efficiency.

3. Advantages and characteristics of PMC Magnetic drum sewage processor
In addition to improving processing quality, PMC Magnetic drum sewage processor also has other significant advantages:

Efficient purification capacity: The magnetic drum of the equipment can continuously and efficiently separate iron chips from the coolant to ensure that the purification effect of the coolant is long-lasting and stable.

Compact design, space saving: The equipment is small in size and easy to install and use in various industrial environments, with a small footprint, but excellent purification effect.

Simple operation and convenient maintenance: The operation of the equipment is simple and maintenance is also convenient. The transmission system is separated from the box body, which is easy to clean and maintain, greatly reducing the maintenance cost of the equipment.