What is the impact of the spindle accuracy of the walking machine on the machining quality, and how to ensure and detect the spindle accuracy?

To make high-quality CNC machine tools, it is necessary to ensure the accuracy of the machine tool spindle!

The precision of the spindle directly determines the machining accuracy and surface quality of the workpiece. If the spindle accuracy is insufficient, various problems will occur during the machining process.

For example, the dimensions of the processed parts may deviate and fail to meet the high-precision standards required by the design.

This is absolutely unacceptable for parts that require extremely high dimensional accuracy, such as certain key components of medical devices.

In addition, the spindle accuracy also affects the surface roughness of the workpiece.

A spindle with insufficient precision may generate small vibrations or jumps during rotation, resulting in defects such as ripples and scratches on the machined surface, seriously affecting the appearance and performance of the parts. In some applications that require good fit and sealing, rough surfaces can lead to a decrease in the sealing and reliability of the parts.

So, how to ensure the spindle accuracy of the walking machine? This requires starting from multiple aspects.

Firstly, in the manufacturing process, high-quality materials and advanced processing techniques should be selected. The material of the spindle needs to have high strength, high wear resistance, and good thermal stability to ensure that the shape and size of the spindle can remain stable under high-speed rotation and long-term operation.

Secondly, precise assembly processes are also crucial. The precision of the coordination between various components should reach a very high standard to ensure that the spindle can run smoothly and steadily during operation.

Thirdly, regular maintenance and upkeep are indispensable. Timely replacement of worn parts, lubrication and cleaning of the spindle can effectively extend its service life and maintain its accuracy.

Next, let's talk about how to detect the spindle accuracy of the walking machine.

Common detection methods include using laser interferometers. It can accurately measure parameters such as radial runout, axial displacement, and angular deviation of the spindle. By comparing with the standard value, it is possible to accurately determine whether the accuracy of the spindle meets the requirements.

Another method is to use a cue stick. It can detect the accuracy error of the spindle in different directions of motion, helping us to comprehensively understand the performance of the spindle.

In addition, by trial machining parts and using high-precision measuring instruments to inspect the processed parts, the accuracy of the spindle can also be indirectly reflected.

In short, the spindle accuracy of the walking machine has a decisive impact on the machining quality. In order to ensure the quality and performance of the product, we must attach great importance to the guarantee and testing of spindle accuracy. Only in this way can we fully leverage the advantages of precision machining, produce high-quality and high-precision parts, and meet the strict requirements of precision machining in various fields. On the path of constantly pursuing excellence, continuously improving the spindle accuracy of the walking machine will inject strong impetus into the development of the manufacturing industry.