FAQ
Case 01Semiconductor and Electronic Components Manufacturer
Carbide Metal Saw / Dicing Process
・As the number of cuts increases, the cutting surface geometry and kerf tend to change, so maintaining consistency as much as possible is required.
・Improvement of cutting surface accuracy and tool life.
Case 02EV Battery Manufacturer
Carbide Slitter Knife / Slitting Process
Achieved the precision required by next-generation applications and significantly reduced processing defects
Carbide Slitter Knife / Slitting Process
Achieved the precision required by next-generation applications and significantly reduced processing defects
Case 03Building Materials Manufacturer
PCD Cutter / V-Grooving Process
Eliminated multiple process steps, achieving cost reduction and significant improvement in V-groove accuracy
・Customer want to achieve a cleaner finish on the V-groove processing surface.
・Customer want to eliminate secondary processes such as sanding paper after machining
Case 04Steel Trading Company
Cold Saw / Cutting Process
Reduced blade thickness to significantly improve material yield
Increase the material yield from a single round bar—can the blade be made thinner?
Case 05Insulation Material Manufacturer
Large-Diameter Carbide Knife (Eco Knife) / Slitting Process
Reduced cutting dust by over 99% even with an eco knife—achieving cost reduction and environmental benefits
・Resolve the dust generation issue caused by cutting with chip saws.
・Improve material yield.
Case 06Heat Sink Manufacturer
Thin-Form Chip Saw / Grooving Process
Achieved significant cost reduction through an innovative cutting edge geometry
・When heat sink grooves are perfectly straight, chamfering causes distortion in the chamfered areas, resulting in unstable machining quality.
・To improve cooling performance, the customer wants to reduce the spacing between fins and increase their quantity.
・Although carbide saws are currently used to narrow fin spacing, the cost burden is significant.