As a metallographic analysis engineer in the electronics industry, I have been working with metallographic cutting machines for many years. I have to cut samples metallographically every day for so many years, and my experience is really lacking. However, I always feel that the metallographic cutting machine I use is almost boring. The surface damage layer of the cut fracture surface is too deep, which adds some difficulty and workload to inlaying and grinding. I recently had the opportunity to participate in an advanced training program for metallographic engineers, where the laboratory equipment and consumables were all imported from the United States.

      During the training process, I experienced a metallographic cutting machine, which I think is probably the most suitable among all metallographic cutting machines for cutting circuit boards. This metallographic cutting machine is a precision cutting machine imported from the United States. Encountering such a user-friendly device, I can't help but share it with everyone. Here,

     In fact, this metallographic cutting machine has been used as a specialized cutting equipment for circuit boards for many years. However, due to the limitations of my laboratory, I mostly use domestically produced sample making equipment. I am almost insensible to this imported high-end equipment, and I have seen my peers who have been trained together become very proficient in using it. Cutting samples flows smoothly, opening the machine cover, installing blades, fixtures, clamping samples, and setting parameters After a set of cutting actions, it is so smooth and natural, and the surface of the sample is cut so perfectly. It wasn't until I personally operated it that I realized what I had missed out on years of circuit board sampling!

     It is necessary to introduce how this metallographic cutting machine perfectly cuts circuit boards (this paragraph can be ignored by metallographic experts who have a better understanding of this metallographic cutting machine than the editor).

    This metallographic cutting machine is not only suitable for cutting rocks, minerals, ceramics, medical biology, metals, plastics, composite materials, etc., but also suitable for cutting materials such as electronics. As shown in the above picture, this precision cutting machine is equipped with a specialized circuit board fixture for metallographic cutting of circuit boards. Isn't it very thoughtful to watch! During the entire cutting process, gravity feed cutting force can be used, which can effectively reduce the deformation of fragile patterns. The cutting speed is adjustable from 100-975rpm, and precise sample calibration can be obtained. Cutting samples is really convenient.

      If you are doing metallographic cutting of circuit boards and have not yet used this equipment, and currently cutting samples is not ideal, with low efficiency and increased performance, we suggest that you try this metallographic cutting machine.