Buying a magnet cutting machine is a decision most shops only make once every 5–10 years. Get it right, and the machine pays for itself in reduced scrap, better surface
Over my fifteen years of expertise in the quartz surface processing industry, I have seen the rise and fall of many tools. The quartz wire saw is a widely used
During my 9 years in the contour cutting machine industry, I have seen many manufacturing plants spend thousands of dollars on small, repeated mistakes. And now I know how to
Something went wrong with your cut. The edges are chipped, the surface is grey, the thickness varies across the slice, or the wire broke mid-cut and now you’ve got a
Pick the wrong coolant for magnet cutting and you’ll know within hours. On NdFeB, water-based coolant turns a freshly cut surface grey with Nd(OH)₃ corrosion. On ferrite, oil-based coolant creates
Samarium cobalt is the magnet material nobody talks about — until the application requires 300 °C operating temperature, or the environment is too corrosive for NdFeB, or the magnet needs
Ever wondered why the blocks of graphite are cracked wastefully during cutting? In the graphite wire saw industry I have watched for nearly 10 years how cheap cutting tools can
Ferrite is a strange material to machine. It’s technically a ceramic — hard, brittle, electrically non-conductive — but it’s also the world’s most mass-produced permanent magnet material. Billions of ferrite
Manufacturers cut tough stuff every day. They slice thin glass, silicon and shimmering minerals. After 9 years in the slicing wire saw field, I can say that the productivity and
A few weeks ago, an Italian rare-earth recycling company shipped us a single trapezoidal NdFeB blank — top edge 24 mm, bottom edge 38 mm, height 48 mm, thickness 3
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