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Efficient Grinding Solution
Efficient Grinding Solution
Our diamond cutting wheels provide clean, precise and low-chipping cutting solutions for glass, technical ceramics, quartz, sapphire, carbide, ferrite and semiconductor materials. Metal, resin and electroplated bond systems can be selected according to the required cutting speed, edge quality, kerf width and tool life. Continuous-rim and ultra-thin diamond blades help reduce material loss and improve dimensional consistency in precision slicing, slotting and dicing operations.
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Optical glass components require precise cutting with minimal edge chipping, cracking, and subsurface damage. During the production of lenses, optical windows, filters, and precision glass components, diamond cutting blades provide controlled cutting forces and narrow kerfs while helping maintain dimensional accuracy and clean edges.
Technical ceramics such as alumina, zirconia, silicon nitride, and aluminum nitride combine high hardness with brittle fracture behavior. Precision cutting therefore requires a diamond blade capable of maintaining a stable cutting path while controlling chipping and edge damage. Proper blade selection helps achieve narrow kerfs, accurate dimensions, and reliable processing of high-value ceramic components.
Quartz and fused silica are highly brittle materials commonly used in optical, semiconductor, laboratory, and precision industrial components. Cutting these materials requires careful control of cutting forces to minimize cracking, edge chipping, and material loss. Diamond blades with suitable bond systems provide precise cutting and stable performance for both thin and relatively thick quartz components.
Sapphire combines extremely high hardness with brittle material behavior, making conventional cutting difficult and tool wear relatively high. Precision diamond cutting blades are used for sapphire substrates, optical windows, LED-related components, watch components, and other high-value parts where dimensional accuracy and controlled edge quality are required.
Semiconductor wafers require extremely precise dicing to separate individual dies while minimizing kerf width, chipping, cracking, and damage to the device structure. Ultra-thin diamond dicing blades provide the dimensional accuracy and stable cutting performance required for silicon and compound semiconductor wafer processing.
Ferrite and other magnetic materials are hard and brittle and can easily develop edge chipping, cracks, or dimensional defects during cutting. Precision diamond cutting blades help manufacturers process ferrite cores, magnetic components, electronic parts, and other brittle magnetic materials while maintaining accurate dimensions and clean cutting edges.
Designed for precision cutting of ceramics, glass, quartz and other hard and brittle materials.
Ideal for stable and precise cutting of hard and brittle materials requiring long blade life.
Designed for precision cutting of hardened steels, high-speed steels and other hard ferrous materials.
Provides durable and stable cutting performance for high-precision processing of hard materials.
1. What material will you grind? (Material and hardness)
2. What grinding process will the wheel be used for? (OD, ID, surface, profile, cutting, etc.)
3. What wheel shape and size do you need? (Shape, diameter, thickness, bore size)
4. What machine are you using? (Machine type and speed)
5. What performance do you focus on most? (Finish, accuracy, efficiency, or wheel life)
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