Frankfurt Viwanda UV Laser

About Frankfurt Laser Company (FLC)

Founded in 1994, headquartered in Frankfurt, Germany.

Core technology: Focus on semiconductor lasers (laser diodes), with a wavelength range of 266nm to 16μm and power from 5mW to 3000W28.

Vipengele vya bidhaa:

Provide customized laser solutions for military, aerospace, medical, industrial and other fields13.

Celebrate the 30th anniversary in 2024 and continue to promote laser technology innovation1.

2. FLC UV Laser Product Line

(1) UV Laser Diode

Model example:

FWSL-375-150-TO18-MM: 375nm multimode UV laser diode, output power 150mW, suitable for medical, industrial curing, etc.1.

FVLD-375-70S: 375nm single-mode UV laser diode, 70mW output, for high-precision optical measurement, lithography, etc. 46.

Wavelength range: 375nm–420nm (near ultraviolet, NUV), some products can be extended to 266nm (deep ultraviolet, DUV) 68.

Maeneo ya maombi:

Medical: skin disease treatment, sterilization and disinfection (280–315nm MUV) 1.

Industrial: UV curing (such as inks, coatings), precision micromachining (such as sapphire cutting) 17.

Scientific research: fluorescence microscopy, semiconductor lithography (<280nm FUV/VUV) 16.

(2) High-power picosecond UV pulse laser

Model: FPYL-Q-PS series 3.

Parameters:

Wavelength: 266nm (1–8W), 355nm (1–50W).

Pulse width <10ps, repetition frequency 1MHz, peak power 100W.

Application:

Brittle material processing (sapphire, ceramics, OLED).

Semiconductor industry (wafer cutting, micro drilling)37.

3. Core advantages of UV laser

High-precision processing:

UV laser has a short wavelength (such as 355nm), which can achieve micron-level processing (minimum aperture 60μm), suitable for hard and brittle materials such as sapphire and diamond7.

Small heat-affected zone, reducing material cracks (compared with CO₂ laser)7.

Cold processing technology:

Suitable for heat-sensitive materials (such as flexible circuits, biological tissues)37.

Industrial applicability:

FLC's UV laser supports customized packaging (TO, butterfly, fiber coupling), and adapts to harsh environments (such as high temperature, vibration)48.

4. Potentially related technologies: EdgeLight combined with UV laser

In the KonFutius project (led by Fraunhofer IPT), UV lasers were used for precision cutting and welding of Edgelight lighting panels, replacing traditional gluing processes and improving efficiency13.

5. Conclusion

FLC's UV laser diodes and picosecond UV lasers already cover similar high-end applications. If you need detailed parameters for a specific model, it is recommended to contact our sales team directly