Post RFQ
This product has multiple environmental protection advantages. First, it adopts a fully sealed protective shell design, which can completely block the diffusion of polishing dust and waste liquid, meeting the requirements of cleanroom environmental protection. The integrated negative pressure dust collection system has an air volume of 150m³/h, which can efficiently collect polishing dust and waste liquid, and the 5L waste liquid collection bucket can be easily disassembled and cleaned. The frequency conversion touch screen control system can accurately adjust the speed according to different materials, ensuring the consistency of sample preparation. In addition, all parts of the machine are made of corrosion-resistant materials, which are easy to clean and maintain, reducing the long-term use cost. It effectively solves the problem of environmental pollution caused by traditional metallographic polishing machines in cleanroom scenarios.

The machine is equipped with a 203mm stainless steel base flocked polishing disc, which has good corrosion resistance and wear resistance, suitable for cleanroom use. The speed adjustment range is 100-1800rpm, which can meet the preparation needs of high-precision metallographic samples. The 0.9KW permanent magnet motor provides stable power output, ensuring the stability of the grinding and polishing process. The machine adopts a fully sealed design, which can effectively prevent the diffusion of dust and waste liquid, and the integrated negative pressure dust collection system and waste liquid collection system form a complete environmental protection solution. The net weight is 52kg, and the compact size is convenient for placing in a limited cleanroom space. The machine is equipped with a standard sample chuck, which can clamp samples of φ5-φ40mm, and all detachable parts can be cleaned and disinfected easily.

This dust-free cleanroom metallographic grinder polisher is widely used in semiconductor chip packaging metallographic testing, precision electronic component failure analysis, cleanroom material research, medical device metallographic quality inspection and other scenarios. It is suitable for high-precision industries that have strict requirements for working environment, and can meet the high-precision metallographic sample preparation needs in cleanroom scenarios, ensuring the cleanliness and accuracy of testing.