Optimized Beam Delivery System for Ultrafast Lasers (UFL)

Ultrafast lasers (UFL) refer to lasers with pulse durations in the femtosecond（10?¹?s）to picosecond（10?¹²s）range, and have revolutionized precision manufacturing in recent years.With extremely short pulses and exceptionally high peak power, UFL processing generates virtually no thermal effects. This significantly reduces the material's heat impact, minimizes the heat-affected zone (HAZ), and enables ultra-precise machining—free from microcracks, burrs, or kerf marks.

Compared to conventional laser systems, ultrafast lasers (UFL) demand exceptionally high stability and cleanliness in the beam path. Any optical distortion, misalignment, or contamination—such as dust or smudges—can severely degrade beam quality and directly impact processing results.

• High-quality, ultra-flat mirrors and optical components
• Sealed beam path design
• Outstanding mechanical and thermal stability

• Modular Beam Delivery System
  Modular components for ultrafast laser applications, precisely tested and configured for mature, reliable performance
• Customized Beam Delivery System
  Tailored to your laser source, equipment space, and application requirements

Fragile, transparent, or highly sensitive substrates such as glass, ceramics, and wafers
Applications include catheter cutting, medical device cutting, industrial ceramic scribing and cutting, as well as high-precision electronic component processing.

• Micromachining
• Medical device manufacturing
• Semiconductor wafer structuring
• Display panel scribing
• Thin film removal
• Other applications requiring seamless or non-damaging processing

With years of experience in laser integration, we are dedicated to providing comprehensive solution planning. Whether you need rapid deployment of beam delivery systems or fully customized optical designs, Laser Mech Taiwan can assist you in achieving stable, precise, and high-quality laser processing results.