- 基于波前分析的激光失常测试Aberrations obtained from the wavefront sensor
- M 测试,通过光斑光强分布得到measurement of the beam-quality using the beam-profiler
- 激光束腰,位置、发散角Measurement of beam-waist, position of beam-waist and divergence angle
- 高斯形貌Fit of Gaussian profile to image
- 在线调整激光,对焦、对准Real-time adjustment of laser (up to a speed of 900 Hz using a sub-window)
- 对激光元件,透镜、镜片测试Measure the optical quality of lenses, mirrors etc
- Wavefront sensor with fixed collimator that can be used in external illumination mode in white-light or laser
- Two uncooled cameras allow the complete control of laser beam: the first camera is used for wavefront analysis , the second camera for imaging beam-profile of laser
- Front flange allows easy mounting and dismounting of lenses and collimators
- Standard samp领: 30 x 30 spots
- For testing lasers from 0.4 μ to 1.1 μ
- Φ max=6.7mm (without beam-expander)
- Φ max=58.0mm (with BE60)
- Wavefront sensor that can be used in external illumination mode with laser
- One uncooled Lead oxysulfide Vidicon camera can be switched from wavefront analysis to beam-profiler to get a complete picture of the laser beam
- Front flange allows easy mounting and dismounting of lenses and collimators
- Maximum samp领: 20 x 20 spots
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For testing lasers from 0.4 μ to 1.8 μ; optimized in the wavelength range:
0.7 μ to 1.8 μ - Φ max = 8.0 mm (without beam-expander)
- Φ max = 58.0 mm (with BE60)
- All the features of Optino-EE30
- Laser beam 3D and contour profile in real-time
- Fit of Gaussian profile to image
- Best focus determination based on analysis of beam diameter
- Real-time adjustment of laser (up to a speed of 900Hz using a sub window)
- M measurement of the beam-quality using the beam-profiler
- Measurement of beam-waist, position of beam-waist and divergence angle
详细介绍
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Laserino 激光波前测试技术指标 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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激光光斑、光束分析技术指标 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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