-
This mill is a single disc machine, suitable for pre-grinding, grinding and polishing of metallographic samples. The machine through the inverter frequency regulation, can directly obtain the speed between 50~1400 RPM, so that the machine has more extensive application. It is an essential device for users to make metallographic samples. This machine has a cooling device to cool the specimen during pregrinding to prevent damage to the specimen from overheating. The machine is convenient to use and reliable, and is the ideal sampling equipment for factories, scientific research units and colleges and universities.
-
This mill is a desktop double-disc double-control grinding machine, suitable for rough grinding, fine grinding and polishing of gold test samples.
-
This grinding machine is suitable for pre-grinding, grinding and polishing of metallographic specimens. It is an essential device for users to make metallographic samples. This machine has a cooling device to cool the specimen during pregrinding to prevent damage to the specimen from overheating. The left plate of the machine is grinding plate, the right disc is throwing disc, can be two people at the same time, easy to use, stable and reliable.
-
This mill throwing machine is a double disc machine, which can be operated by two people at the same time, suitable for pre-grinding, grinding and polishing operation of metallographic samples.
-
This mill is a desktop double-disc double-control grinding machine, suitable for rough grinding, fine grinding and polishing of gold test samples.
-
MP-3 automatic grinding machine is a single disk desktop machine, which is a new generation of international advanced technology manufacturing according to international standards.
-
1.ABS shell and stainless steel standard parts, reliable and durable.
2.The speed of grinding plate and grinding head can be adjusted without pole.
3.The rotation direction of the grinding wheel can be selected arbitrarily.
4.Sampling preparation pressure and time can be set.
5.1-6 samples can be processed simultaneously.
