Targeted edge rounding of 5 - 100 µm stabilizes the cutting edge and reduces chipping. This results in improved surface quality and increased cutting performance. Tool life is extended by up to 3.5 times, while heat generation and wear are minimized.

Polishing the chip groove stabilizes the cutting edge and reduces surface roughness. This improves chip removal and prevents chip clamping. Cutting forces are lowered, reducing tool wear and optimizing the surface of the workpiece.

Targeted rounding of form edges and homogenization of the surface reduce grinding times and lower forming forces by up to 60%. The process ensures uniform edge rounding, even for various geometries, and allows for precise material removal at the form edge.

Polishing stamping and deep drawing tools reduces surface roughness and improves corrosion resistance. This results in longer tool life and a better appearance, while removing attachments and deposits. Reduced friction prevents material buildup and tool wear.

Polishing injection molding tools enhances mold release and prevents material residue adhesion. This reduces the need for manual polishing and ensures consistent quality through reproducible processes.

Smoothing coatings reduces friction and improves chip flow. This enhances tool performance, reduces wear, and improves chip removal. Tool life can be extended by up to 3.5 times.

Deburring steel parts and HSS tools ensures defined edge rounding and improves tool performance. It reduces safety risks and ensures a secure fit for indexable inserts. Additionally, it provides a higher-quality tactile feel and better coating adhesion.