CNC processing refers to the processing of parts using CNC machining tools, which have significant advantages compared to manual tools. For example, the resulting parts are extremely accurate and reproducible, and CNC machining can produce complex shapes that are difficult or impossible to create using manual processes. The use of CNC processing has become widespread.

However, in practical operation, there is often a problem of CNC-machined parts sticking to the tool. How can this be resolved?

1、The use of sharper tools can help reduce cutting heat.

2、Increasing the feed rate can reduce the time that the tool stays in a certain position, reducing the amount of heat received by the material during processing and avoiding melting.

3、Reducing the spindle speed can lower the cutting speed and cut down on heat generation, helping to avoid material melting.

4、Selecting lubricants and coolants with excellent lubrication and cooling properties can help improve processing efficiency and avoid melting and sticking. We recommend using a specialized aluminum alloy environmental cutting fluid, which is very suitable for aluminum alloy processing.

Methods for solving CNC-machined parts that do not melt but stick to the tool:

1、Increase the spindle speed.

2、Decrease the feed rate.

3、Improve the cooling method by changing the location where the coolant is applied, such as adding it at the cutter edge to achieve better cooling effect.

The above solutions for CNC-machined parts that stick to the tool are shared here. CNC machining has higher production efficiency in situations where multiple types and small quantities are produced, reducing production preparation time, machine tool adjustment time, and process inspection time, and achieving better cutting results by using good cutting conditions.