Crylas Product FQCW266-300/600/1200

FQCW266-600

Main applications:

  • Wafer Inspection
  • Lithography
  • UV Optics Testing & Alignment
  • Raman Spectroscopy & Microscopy
  • Writing of Fiber Bragg Gratings

Product advantages:

  • 266 nm single-frequency laser
  • Output power up to 600 mW

  • Narrow linewidth < 300 kHz and coherence length > 1,000 m

  • Excellent beam quality (M2 < 1.3, divergence < 0.45 mrad)

  • Extremely low intensity noise < 0.2% rms

  • Air-cooled – no water cooling required

  • Typical UV crystal spot lifetime 2,000 hours
  • Automatic Crystal Shifter (ACS) system for long lifetime (up to 16,000 h)
  • Purge unit required only for output window (CDA or N2)

  • Approved for 24/7 industrial operation

  • Flexible upgrade capability within the platform

FQCW266-600 High Power UV Laser

High-Power 266 nm Laser with 600 mW Output for Maximum Precision

The FQCW266-600 – a high-power UV laser, stands for exceptional stability, efficiency, and longevity in the UV range. With a central wavelength of 266 nm and an output power of 600 mW, this laser delivers outstanding performance for demanding applications in both industry and research.

Upgrade Capability

The FQCW266 – High Power UV Laser platform allows for flexible performance adjustments during refurbishment. As a result, the FQCW266-600 can be upgraded from 600 mW to the next higher power level of 1,200 mW.

This provides maximum investment security and adaptability to changing demands in both industry and research.

Longevity & Easy Maintenance

The integrated Automatic Crystal Shifter (ACS) optimally utilizes the conversion crystal – significantly increasing lifespan and extending the maintenance interval to up to 16,000 operating hours.
Thanks to the air-cooled aluminum housing, no water cooling circuit is required.
For operation, a purge at the exit window with CDA (Clean Dry Air) or nitrogen (N₂) is sufficient – no internal gas management is needed.

Smart Control & Connectivity

Control the FQCW266 laser as needed:

  • Manually at the push of a button
  • Software-controlled via our control interface
  • Externally via RS232, USB, or Ethernet

Designed for Continuous Operation

The FQCW266 – High Power UV Laser Series is designed for 24/7 applications in industrial environments – ideal for OEM customers in semiconductor manufacturing or high-precision research applications.
With a typical warm-up time of just 30 minutes and an average power consumption of 200 W, it impresses with efficiency and reliability at low operating cost.

Discover the Future of UV Laser Technology

With its combination of precision, efficiency, and reliability, the FQCW266 – High Power UV Laser Series is the ideal choice for users seeking uncompromising quality.

Request a quote now or schedule a consultation!

Technical data:

More continuous wave lasers at the same wavelength

2025-10-24T07:34:54+00:00

FQCW266-1200

  • Output Power: 1,200 mW
  • Line Width: < 300 kHz
  • Coherence length: > 1,000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00
  • Typical Lifetime: 16,000 hours
2025-10-22T15:20:58+00:00

FQCW266-300

  • Output Power: 300 mW
  • Line Width: < 300 kHz
  • Coherence length: > 1000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00
  • Typical Lifetime: 16,000 hours
2026-01-29T19:59:51+00:00

FQCW266-200

  • Power: 200 mW
  • Linewidth: < 300 kHz
  • Coherence length: > 1000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00
2026-01-29T19:59:16+00:00

FQCW266-100

  • Power: 100 mW
  • Linewidth: < 300 kHz
  • Coherence length: > 1000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00
2026-01-29T19:46:48+00:00

FQCW266-50

  • Power: 50 mW
  • Linewidth: < 300 kHz
  • Coherence length: > 1000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00
2026-01-29T19:53:16+00:00

FQCW266-25

  • Power: 25 mW
  • Linewidth: < 300 kHz
  • Coherence length: > 1000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00
2026-01-29T19:57:34+00:00

FQCW266-10

  • Power: 10 mW
  • Linewidth: < 300 kHz
  • Coherence length: > 1000 m
  • Beam quaility M2: < 1.3
  • Fundamental mode: TEM00