The laser drilling equipment is equipped with a high-quality industrial femtosecond laser with excellent beam quality and small power fluctuation. With the high-precision multi-axis control system, it can realize the controllable taper fine processing of micro-circular holes, square holes, special-shaped holes, micro-cavities, cavities and other structures on various metals, non-metals, high-temperature alloys, composite materials and other materials. It is used in aerospace, biomedicine, semiconductors, consumer electronics and other fields, and is suitable for high-precision micro-hole forming processing of key parts in the industry such as air film holes of aircraft engine turbine blades, automobile fuel injectors, and medical filter micro-holes.

Equipment features
● High-precision multi-axis control system with high-precision multi-axis beam scanning module supports three-dimensional special-shaped micro-hole forming processing on complex surfaces;
● High-precision laser rangefinder with self-developed algorithm to realize the whole process of laser focal length;
● High-degree-of-freedom, high-speed beam scanning system, which can flexibly control the processing trajectory to realize positive taper, no taper, and reverse taper micro-hole forming processing;
● High-precision laser power control system, which can control the amount of material removed by a single pulse, can realize high-precision fixed-depth straight and blind hole processing.

Equipment advantages
●Femtosecond cooling laser: Femtosecond cooling removal, no heat effect, good flexibility in processing a variety of materials, no rotation of materials.
●Laser cutting without stress: The material sublimates when exposed to light, without contact, directly breaking the molecular bonds of the material to instantly ionize the material in the action area, removing the material at a microscopic scale, and eliminating the trouble of stress damage.
●Precise control of thermal effects: According to different thermal effect requirements, select a suitable light source and match the appropriate laser processing parameters to minimize thermal effects;
●Clean processing: Real-time laser smoke treatment is carried out during laser processing, and harmful substances, odors or fine dust are filtered through dust removal and filtration to meet the requirements of exhausting into the atmosphere.