Industrial Manufacturing

ZTA (Zirconia Toughened Alumina) ceramic is widely used in industrial manufacturing as a high-strength and wear-resistant material.Its high hardness and brittleness make precision machining challenging.

Watlaser Water Guided Laser technology provides stable precision machining of ZTA ceramic components while minimizing thermal effects and edge damage.

Processing Performance

· Micro-hole diameter: 300 μm

· Dimensional error: < 10 μm

· No visible cracking

· No discoloration on the cut edge

· Reduced heat-affected zone High-quality finished components

Diamond-doped tungsten-based materials are typical difficult-to-machine composite materials used in industrial manufacturing. They combine the extreme hardness of diamond with the high density of a tungsten-based matrix.

Watlaser Water Guided Laser technology enables precision processing of this type of composite material while minimizing diamond particle pull-out and thermal damage.

Processing Performance

· Diamond particle size: ≥ 300 μm

· Dimensional error: within 20 μm

· No diamond particle pull-out

· Processing time: only 1/20 of the conventional process

Tungsten steel (cemented carbide) is a high-hardness, wear-resistant material widely used in industrial manufacturing. Its high hardness makes precision machining difficult. Conventional processes often face challenges in machining micro-grooves, including poor accuracy, limited penetration capability, and inconsistent processing between thick and thin workpieces.

Watlaser Water Guided Laser technology enables stable precision machining of tungsten steel micro-grooves.

Processing Performance

· Micro-groove structure: 0.7 mm × 0.3 mm

· Complete through-cutting

· Upper-to-lower surface dimensional error: within 20 μm

· Ultra-high aspect ratio: 20×

· Maximum demonstrated workpiece thickness: 8 mm