Metallographic sectioning is an essential step in the preparation process. Although general saws or dry cutting machines can achieve the cutting effect, they will require more time in the subsequent grinding and polishing processes.
The metallographic cutting machine is designed to reduce thermal and physical damage, maintaining sample integrity. It is suitable for a variety of materials, including soft metals, hard metals, ultra-hard materials, and non-metal materials.
The TopTech metallographic cutting series independently developed by TopTech can be primarily divided into Precision Cutting Machine and Precision Diamond Saw. Additionally, there is a Dual Spindles Automatic Cutting Machine suitable for cutting long sample materials, meeting the cutting needs of various materials and samples.
The Precision Cutting Machine adopts an intelligent feeding speed control system, laser alignment device, screw lubrication system, and smart safety sensing device. Under safe protection, it ensures precise sampling of the specimen. Moreover, the Precision Cutting Machine offers multiple cutting modes, such as feeding cutting, chop cutting, step cutting, and special cutting techniques. These cutting technologies are widely applied in various laboratory equipment and provide precise cutting solutions based on different requirements.
In terms of Precision Cutting Machine blade selection, commonly used are Aluminum Oxide Blades and silicon carbide blades. Choosing the appropriate consumables based on the material characteristics ensures the cutting quality.
With over 30 years of R&D experience, TopTech is committed to designing and manufacturing the TopTech Metallographic Cutting Series equipment used in industries such as semiconductors, electronic components, metal materials, and heat treatment. Combining feedback from domestic and international customers, TopTech continues to launch multiple practical, high-performance, and cost-effective Precision Cutting Machines and Precision Diamond Saws. For more details, please visit our Contact Us page.
