Mikrosize Metallographic Polishing Machine

Product Introduction

Supplied by Mikrosize—a trusted partner in providing high-quality material testing equipment—the metallographic sample grinding and polishing machine is a newly developed device by our factory. It is a dual-disc and dual-workstation grinding and polishing machine, designed to meet the rigorous demands of precision sample preparation.

The machine body is crafted using ABS one-piece injection molding, boasting excellent impact resistance and corrosion resistance. Compared with traditional metal shells, its surface is smoother and more aesthetically pleasing, enhancing both durability and visual appeal. A key design feature is its sealed water inlet and outlet structure, which effectively separates flowing water from the circuit board—greatly reducing the risk of water damage and ensuring long-term operational stability.

Equipped with an ultra-large and deep grinding chamber, the machine effectively blocks the splashing of cooling water and grinding solution. This not only keeps the working environment clean but also makes it easier to operate when grinding and polishing larger workpieces, eliminating the hassle of frequent cleanup and improving work efficiency.

This device, supplied by Mikrosize, is highly versatile and suitable for precision grinding and polishing of various samples, including metals, ceramics, rocks, and electronic devices. It integrates multiple functions such as rough grinding, fine grinding, and polishing into one unit, streamlining the sample preparation process. Additionally, replacing sandpaper is convenient and fast, and there are multiple grinding and polishing disc options available—allowing it to meet the diverse grinding and polishing requirements of different experiments and applications.

Product Application

The metallographic grinding and polishing machine (supplied by Mikrosize) has an extremely wide range of applications, mainly focusing on the following fields:

Material Science

Metallographic structure analysis: Through professional grinding and polishing treatment, the surface of the material becomes flat and smooth, exposing the true characteristics of its metallographic structure. This facilitates subsequent microscopic observation and analysis, laying a solid foundation for accurate material structure research.

New material research and development: It is widely used in the preparation and analysis of new material samples. Researchers can observe the microstructure of new materials, deeply understand their performance characteristics, and provide reliable scientific basis for the application and promotion of new materials in various industries.

Industrial Production and Testing

Metal material treatment: It is extensively applied to the surface treatment of metal materials such as steel, copper, and aluminum. By optimizing the material surface, it ensures the surface quality of materials, thereby improving the overall performance and reliability of finished products.

Mechanical component failure analysis: It helps technical personnel analyze the causes of mechanical component failures. By preparing high-quality samples of failed components, it enables clear observation of internal or surface defects, providing a crucial basis for improving product design and manufacturing processes.

Quality inspection: It is an essential tool for testing the surface quality of metal materials. It can detect surface flaws, unevenness, or other defects, ensuring that the materials fully meet the design requirements and industry standards before entering the next production link.

Teaching and Experiment

Universities and research institutions: In laboratory teaching, it helps students master the core techniques of metal material preparation and the methods of observation and analysis. Through hands-on operation, students can deepen their understanding of material properties and cultivate practical experimental abilities, which is of great significance for their professional growth.

Professional course experiments: It provides strong support for teachers to complete experimental teaching tasks. Whether it is basic material science courses or advanced professional experiments, the machine can stably provide high-quality sample preparation results, helping students better understand and apply theoretical knowledge.