Lambda Beam Fiber Wavelock
Lambda Beam Fiber Wavelock is a highly wavelength-stabilized fiber-coupled laser system designed for applications requiring exceptional spectral precision, long-term stability, and reliable performance. By combining advanced wavelength-locking technology with a compact fiber-coupled architecture, the system delivers consistent laser output with minimal wavelength drift, making it ideal for demanding scientific and industrial environments.
* Exceptional wavelength stability < 0.015 nm
* Coherence length up to over 10.0 m
* Spectral linewidth up to < 0.05 pm
* Output powers up to 550 mW
* Temperature-stabilized
* Excellent beam quality and stability
* Highly cost-efficient
* Fiber coupler & fibers
Wavelength: 808nm
Power: 55mW
Type: Fiber
Beam diameter: 1.1 x 2.2 to 1.2 x 2.8 mm
Divergence: < 1.2 mrad
Spatial beam mode: TEM00
Polarization linear: > 100:1 typical
Beam alignment: < 5 mrad and < 0.1 mm
Pointing stability: < 5µrad/K
Noise: < 2% RMS
Power stability: < 1 % (10h)
Temp. accuracy: < 10 mK
Warm-up time: ready for use after 5 s, calibrated operation after 3 min
Drive mode: active current control
Modulation modes*: Constant adjustable power, analog & digital external modulation up to 1.5 MHz
Control modes: Power, temperature and modulation via USB
CDHR classification: 3b, 4 (for laser output > 500mW
Dimensions: 63.5 x 31.0 x 32.5 mm
Weight: 94 g (laser head)
Operating temperature: 0 °C to 45 °C (non-condensing)
Storage temperature: -25 °C to 70 °C
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