There are many types and models of metallographic cutting machines. Recently, I purchased an imported metallographic cutting machine from the United States. However, after a few days of use, all other metallographic cutting machines in the laboratory were neglected.


Because this device is too user-friendly, it combines the excellent performance of low-speed precision cutting, and can maximize the accuracy and applicability of precision cutting, which can replace some of the functions of other metallographic cutting machines.

The METCUT-5 low-speed precision cutting machine from MetLab in the United States can be equipped with cutting blades with a diameter of 3in-5in and a cutting capacity of up to 30mm, which is stronger than similar products. Its cutting blade speed is 60-600rpm/min, which has a wider range of revolutions than similar products, making it more applicable. For cutting small, soft, brittle, and irregular samples, as well as thin sheet samples, its performance advantages are more prominent.

There are two noteworthy advantages:


1、 The motor power can reach up to 100W, significantly higher than the 15W power of similar products, making it very easy to cut and sample, and can be used for cutting more types of material samples.


2、 To meet its wider applicability, the standard configuration is more diverse, with complete fixtures, counterweights, flanges, and grinding stones. After installation, it can be turned on for use, and can meet technical requirements for cutting metallographic samples of most materials.

In addition, features such as intuitive touch screen control, gravity feed direct cutting mode, and stable body are no longer detailed. In short, with such a metallographic cutting machine, most of the samples in the laboratory can be easily cut with it, and it is fully automatically controlled. The operation is very simple, lightweight, and free, even for girls, it is still safe to operate.

With the increasing demand for metallographic testing in laboratories, the requirements for metallographic sample preparation technology are also increasing. A good equipment is the foundation of technological progress. Having a metallographic cutting machine that starts with performance and is passionate about precision cutting can indeed provide assistance in improving the level of sample preparation.


This device comes from the Kemai Testing laboratory in Nanjing, and was obtained decisively after on-site testing. Friends in need recommend testing the machine first before purchasing it, so as to be reliable.