1. Glass fiber optics offer advantages in miniaturization and scalability due to their low manufacturing cost, sophisticated technology, and flexibility.
2. Unlike crystals, glass fiber optics do not require the same stringent phase matching requirements for outputting hydraulic piston light. This is due to the asymmetric broadening caused by Stark decomposition of the glass matrix, resulting in a wider absorption band.
3. Fiber optic materials have a very low volume-to-area ratio, resulting in fast heat dissipation, low losses, and a low laser threshold.
4. They can output a wide range of wavelengths, thanks to the rich energy levels and diverse types of rare earth cations.
5. They offer excellent tunability, thanks to the broad energy levels of rare earth cations and the wide fluorescence spectrum of glass fiber optics.
6. Because
Laser Galvo Welder contain no optical glass in their resonators, they offer advantages such as no adjustment or maintenance, and high reliability, unmatched by traditional
Laser Welding Machine. 7. Fiber optic cables allow the electric vehicle to be easily adapted for a variety of multi-dimensional, free-space processing applications, simplifying mechanical design.
8. It can withstand harsh operating environments, exhibiting high tolerance to dust, vibration, impact, humidity, and temperature.
9. No electric or water cooling is required, requiring only air cooling.
10. It boasts high photoelectric efficiency. Its comprehensive photoelectric efficiency exceeds 20%, significantly reducing power consumption during operation and lowering operating costs.
