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UV-NIR Beam Profiler
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CinCam CCD

CinCam InGaAs

CinCam CMOS
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CinSquare M Tool

CinSpot Tool

CinLine Tool

Near Field Tool
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IR Module / Coating

UV Coating

Neutral Density Filter

Prism Attenuator

Beam Reducer
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CinSquare M Tool

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Industrial Solution - Beam Quality Measurement

The CinSquare system CS200/CS300 is a compact and fully automated tool to measure the beam quality of cw and pulsed laser systems from the UV to NIR spectral range. This system consists of a fixed focusing lens in front of a motorized  translation stage carrying the camera-based CinCam CCD/CMOS/InGaAs beam profiler. Its operational robustness and reliability ensures continuous use applications in industry, science, research and development.

According to ISO 11146-1/2 the CinSquare system measures the complete beam caustic and determines M, waist position, divergence, etc., related to the reference plane. To facilitate its use, the CinSquare system is equipped with two alignment mirrors for exact positioning of the laser beam and a filter wheel for incremental beam attenuation.

CinSquare I-M2-CS200-CS300

Spectral response:

 

250-950nm@CCD / 350-1320nm@CMOS / 900-1700nm@InGaAs

Pixel size:

 

3.75m2@CCD / 5.3m2@CMOS / 15m2@InGaAs

Number of pixel:

 

1.3MPixel@CCD / CMOS / 0.3MPixel@InGaAs

Technology:

 

CCD / CMOS / InGaAs

Data output:

 

14Bit / 10Bit / 14Bit

Beam diameter (1/e2):

 

0.5-10mm

Stage length:

 

200 (400mm)@CS-200 / 300mm@CS-300

ND filter:

 

up to 6 ND filters pre-assembled

Focusing lens:

 

up to 6 lenses pre-assembled

Input power:

 

up to 50W

Accuracy:

 

3% typical / 5% waist size / position etc.

Software:

 

RayCi-Pro

- Robust and compact measurement tool in industrial design (24/7)
- Camera-based system without scanning slit technique
- Fully automated beam quality measurements in <1 minute / ~30s fast scan
- New ‘CinCal’ algorithm for highest measurement accuracy
- M, Divergence, Beam waist diameter and location, Rayleigh length
- 2D- and 3D-Caustic-Fit for visualizing beam quality parameter

Beam Caustic

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