Setting up a new metallographic testing laboratory is a significant investment for any manufacturing enterprise, materials research group, or indepen...
READ MOREThe MP-2B Metallographic Specimen Grinding and Polishing Machine features a dual-disc design, allowing two operators to perform specimen preparation simultaneously. The rotation direction of the discs can be switched between clockwise and counter-clockwise to accommodate various operational preferences. The machine is primarily used for the pre-grinding, fine grinding, and polishing of diverse metallographic specimens; it grinds surfaces, removes deformed layers, and achieves a mirror-like finish, thereby providing high-quality specimens for subsequent metallographic microscopic examination.
Powered by a 750W brushless DC motor, the machine utilizes a multi-ribbed belt drive system for the grinding and polishing discs. It comes with standard Φ230mm discs, with Φ203mm options available upon request. A stepless speed control system allows for a speed range of 0–1500 rpm; users can freely adjust the rotation speed based on specimen material, abrasive grit size, and polishing techniques to meet the specific processing requirements of materials such as ferrous and non-ferrous metals.
Setting up a new metallographic testing laboratory is a significant investment for any manufacturing enterprise, materials research group, or indepen...
READ MOREMetal hardness testing is one of the most widely used quality checks in manufacturing. Among the many methods available, Rockwell, Brinell, and Vicke...
READ MOREOutdoor field inspections present unique challenges for hardness testing. Large castings, heavy forgings, and structures that cannot be moved to a la...
READ MOREChoosing between a stereo inspection microscope and a metallographic microscope is one of the most frequent decisions in materials laboratories, qual...
READ MORESelecting a metallographic microscope is rarely a simple specification exercise. For a quality laboratory, the choice between an upright and an inver...
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