A metallographic cutting machine is a device used for cutting specimens in metallographic analysis.
Its main function is to cut the materials to be tested into shapes and sizes suitable for subsequent grinding, polishing, and observation and analysis.
Metallographic cutting machines have the following characteristics and advantages:
- Precise cutting: It can achieve relatively precise cutting sizes and shapes, ensure the flatness and perpendicularity of the cutting surface, and reduce damage to the internal structure of the specimen.
- Applicable to various materials: It can cut various materials such as metals, ceramics, and composite materials.
- Safety protection: It is equipped with protective devices to protect the safety of operators and prevent debris from splashing during the cutting process.
- Speed regulation function: It can adjust the cutting speed according to different materials and cutting requirements. For example, in the research of metal materials, a metallographic cutting machine can cut large metal samples into small pieces for subsequent metallographic structure observation. In the analysis of electronic materials, it can precisely cut semiconductor wafers for studying their internal structures and defects.
