Metallographic sample preparation is a technical job, especially cutting. The quality of cutting directly determines whether the entire sample preparation process can be successful, so it is very critical. Metallographic cutting is to cut the original sample to obtain the most representative target analysis surface. Cutting is essentially the process of removing the slit material. The cutting blade rotates at high speed to make the hard abrasive protruding on the surface impact the sample, and the sample is cut by self-loss.
Cutting is the first step in the metallographic sample preparation process. The quality of cutting directly determines whether the entire sample preparation process can be successful, so it is very critical.
Cutting is the first step in the metallographic sample preparation process. The quality of cutting directly determines whether the entire sample preparation process is successful, so it is very critical.
Metallographic sample preparation is a technical job, which requires the sample maker to understand the basic conditions of the target material, such as the mechanical properties of the material such as hardness and strength, the key observation points, and the taboo requirements of the target material. Only then can the appropriate sample preparation process be formulated based on these characteristics.
Metallographic sample preparation is a technical job, especially cutting. The quality of cutting directly determines whether the entire sample preparation process can be successful, so it is very critical. Metallographic cutting is to cut the original sample to obtain the most representative target analysis surface. Cutting is essentially the process of removing the slit material. The cutting blade rotates at high speed to make the hard abrasive protruding on the surface impact the sample, and the sample is cut by self-loss.