Revolutionizing Industrial Applications: The Advantages of Thin Film Lasers in High-Precision Processing

Advantages of Thin Film Lasers

• Fiber Lasers: Non-linear/damage

• Traditional Solid-state Lasers: Limited diffusion

• Thin Film Lasers: High efficient diffusion
  This laser technology has significant advantages in energy density, narrow bandwidth, high repetition rate, and high peak value, which overcome the diffusion limits of traditional fiber technology and avoid the diffusion limitations of lasers and linear fiber lasers. This laser technology is suitable for high-energy and high-precision applications and is commonly used in high-quality precision manufacturing, also known as "fine processing."

Application Areas

1.Ultra-Precision Processing

2.Semiconductor

High energy, high frequency, ultrafast lasers support the core technology of EUV light source pre-pulse.

3.Frontier Science

Thin-film technology provides an effective pathway for driving the commercial use of femtosecond lasers.

4.Other Fields

Solar Cells	Lithium Batteries	New Displays
Carbon Fiber	Robots	Biomedicine