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
A diamond wire saw can produce NdFeB surfaces with Ra 0.3–0.5 μm straight off the cut. That sounds good on paper — and it often is good enough for magnets
A tape cutting machine is a treasured device that enables the precision reduction of tapes. These automatic tape cutter machines are used in many industries, including packaging, textiles, and electronics.
Sintered NdFeB is one of the hardest permanent magnet materials to cut cleanly. The grain boundaries are brittle, the Nd-rich phase oxidizes fast when exposed to moisture, and any thermal
Did you ever think about how the glass wire saws handle the fragile glasses? These wire saws are designed and manufactured with the special technique to offer the maximum quality
Why can’t a small cutting machine make clean, quick cuts in the real world of manufacturing? In my 7 years of working in the precision tool and wire cutting industry,
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