Mold as the mother machine of industrial molding, product appearance texture, molding yield, production cycle and mold service life, are directly related to the cavity surface quality, fine structure accuracy. As consumer electronics, optics, automotive, medical and other products continue to move towards lightweight, miniaturization and refinement, the shortcomings of traditional CNC milling, EDM, chemical etching, and nanosecond laser processing are becoming more prominent. CNC is limited by t

Modern optical systems are evolving towards miniaturization, integration and three-dimensionality, while precision metrology systems put forward stringent requirements for the recurrence and traceability of micro-nano-scale measurements. Traditional lithography, wet etching, mechanical grinding and other processes often rely on mask plates, multi-step chemical treatment, it is difficult to build a three-dimensional optical path inside the transparent medium, the processing process is also easy t

The development of modern biomedicine and high-end implant devices has put forward strict requirements for micro-nano manufacturing. Many biological samples, implantable devices, and polymer functional substrates are extremely sensitive to heat and mechanical stress. Traditional mechanical cutting, electric spark, and long pulse laser processing are prone to thermal burns, microcracks, burrs, and material denaturation, which can easily reduce implant biocompatibility and even induce inflammation

The automotive industry is continuously transforming towards low-carbon, electrification, and intelligence. Whether it is the energy efficiency upgrade of traditional power, or the development of batteries, sensors, and lightweight components for new energy vehicles, they are all related to processing accuracy, material adaptability, and finished product consistency. Put forward unprecedented stringent requirements. Femtosecond laser with ultra-short pulse as the core feature, with its unique co

The aerospace industry has almost stringent requirements for precision, reliability and material tolerance of parts. From high-temperature alloy turbine blades to carbon fiber composite structural parts, from satellite optical systems to miniature sensors, traditional machining, EDM and long-pulse lasers often touch the process ceiling on issues such as heat-affected zones, micro-cracks, and edge burrs. Femtosecond laser has opened up a new paradigm of "cold working" in this field by virtue of i