Silicon

Monocrystalline silicon is the basis for integrated circuits, central processing units, and high-end MEMS sensors. As a brittle material, silicon is prone to spalling and microcracking under traditional processing stresses. Not like......

Sapphire and Ruby

Ruby and sapphire are widely used in precision optics, micromechanics and aerospace because of their superior mechanical and optical properties. Our femtosecond laser technology provides......

Metal

We provide high-precision micromachining services for metal foils, nozzles and tubing. Whether it is the use of corrosion-resistant stainless steel, conductive copper, lightweight titanium alloy, or folding......

Tungsten and Molybdenum

Tungsten, molybdenum and their alloys are core materials in high-end manufacturing due to their high melting point, hardness and excellent thermal conductivity. But these are great...

Ceramics

Different from ordinary ceramics such as cups or bowls, industrial advanced ceramics have higher raw material purity and special properties-high hardness, heat resistance, insulation and thermal energy......

Polymer

Polymers are core materials in medical, consumer electronics, precision instruments and more-they are lightweight, corrosion resistant and have good insulating properties. The polymer content is very high......

Glass

Glass (such as fused silica glass and borosilicate glass) is hard, brittle, and has an irregular internal structure, which limits traditional processing methods. With femtosecond laser technology.....