By 2030, fiber laser-based medical manufacturing technology is expected to support the production of over 50% of implantable sensors worldwide, providing a solid technological foundation for personalized medicine.

This article deeply analyzes how laser cutting breaks through material limits, achieving a dual leap from micron-level precision to mass production efficiency.

UV lasers, as stars in the field of laser technology, are profoundly changing our lives and driving technological progress with their unique performance advantages and broad application prospects.

The processing precision of CO₂ lasers is generally at the tens of micrometers level, which can meet some conventional processing needs, but cannot compare with ultraviolet lasers in scenarios requiring high precision.

Compared to traditional CO₂ laser cosmetology methods, ultraviolet laser treatment has a shorter recovery time and fewer side effects.

This high energy gives ultraviolet lasers a significant advantage in material processing. They can easily break many material chemical bonds, achieving precise micromachining of materials.