Overview of SQ-80/SQ-100 metallographic specimen cutting machine:

This machine is suitable for cutting samples of various metal and non-metal materials, in order to observe the metallographic and lithological structure of the materials. This machine is equipped with a cooling device, and the use of pre configured coolant can remove the heat generated during cutting, avoiding overheating of the sample and burning of the sample tissue. This machine is easy to use, safe and reliable.

　　Scope of application:

The SQ-80/SQ-100 metallographic specimen cutting machine is one of the essential equipment for factories, research institutions, and college laboratories to produce specimens

　Main technical indicators:

1. Power supply: three-phase four wire (380V, 50HZ)
2. Spindle speed: 2800 revolutions per minute
3. Grinding wheel specifications: 250 × 1.2 × 32mm
4. Maximum cutting diameter: 80mm
5. Electric motor: Y2-100l-2 3.0KW

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　　Extended reading:

　　The Development Status of Metallographic Sample Cutting Machines in China
At present, there are various forms of metallographic cutting machines, and various semi-automatic and automated products are widely used in various scales and types of enterprise laboratories, reducing the workload of operators and improving sample preparation efficiency. Various sample preparation equipment based on microprocessors represent advanced technologies in metallographic preparation. By combining mechanical and electrical components, software and hardware, and complementing each other, traditional metallographic sample preparation equipment can be transformed to obtain high-precision, high-performance, and reproducible metallographic samples that are difficult to achieve manually.
Although the research and development of metallographic specimen cutting machines in China has a history of several decades and has achieved certain results, the factors that restrict the development of metallographic specimen preparation technology in China mainly include the following aspects:
1. At present, China has not yet formulated experimental methods and standards for cutting metallographic specimens, as well as quality testing indicators and conditions. Most production and research units conduct experimental measurements on metallographic sampling equipment based on their actual testing experience.
2. The lack of comprehensive talents who understand metallographic knowledge, mechanical design, and automatic control has invisibly increased the difficulty of research and development of metallographic sampling equipment in China.
3. The types of metal materials required in manufacturing industries such as metallurgy, machinery, automobiles, tractors, weapons, aerospace, bearings, and grinding tools are diverse. Due to the different physical and chemical properties of various metal materials, it is very difficult for metallographic specimen cutting machines to determine test parameters and determine the optimal performance indicators.
4. Domestic manufacturers of metallographic specimen cutting machines invest less in high-end products due to factors such as price and sales.