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QBeam-2M-FW laser spot analyzer
Wavelength range: 350-1100nm; Maximum resolution: 2 million pixels; Built in filter wheel, including three ND filters (ND4/ND9/ND10)
Product details
overview
The qBeam-2M-FW laser spot analyzer is lightweight and flexible, enabling real-time measurement with high sensitivity and resolution. The application software is simple and easy to use, capable of measuring various parameters such as beam width, shape, position, power, intensity, etc., and has beam divergence calculation M2Additional functions such as value calculation and analysis.
The wheel consists of threeND filters (ND4/ND9/ND10), users can easily switch filters by turning the wheel. Filters can overlap to achieve ideal attenuation.
features:
- Lightweight and flexible
- Real time beam size and Gaussian regression
- real time2D/3D beam curve
- accessiblePixel spacing of 3 μ m
- Measurable Xiaoda60 μ m light spot
- Built in filter wheel
Software features:
- Easy to use
- Second moment, Gaussian regression, blade edge, etc
- Calculation of beam divergence
- M2Value calculation
Main applications:
- Laser beam analysis: contour, beam size, position, divergenceM2
- Laser'sQC
- Monitor the center point of multiple beams
specifications
Microsoft operating system | XP/7/8/10 |
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drawing | |
Application Expansion Types | DLL |
Related accessories | Beam reducer~x2, can be used to measure larger laser beams, with a maximum beam power of 1kW. C-mount mounting accessories are convenient for installing other optical accessories. 50/100mm socket |
sensitivity | ~1.2nWatt/mm2 @ 632.8nm / ~0.5mWatt/mm2 @ 1310nm |
storage temperature | -20℃-85℃ |
operation temperature | -10℃-70℃ |
power supply | 5V DC, via USB |
Filter* | ND4: Transmittance 14% @ 632.8nm/ND9: Transmittance 0.5% @ 632.8nm/ND10: Transmittance 0.03% @ 632.8nm |
damage threshold | All filters 50W/cm2 |
shutter | Up to 50Hz (depending on image size) |
Adjustable parameters | Exposure time, image size |
saturation intensity | ~5μWatt/mm2 @ 632.8nm |
wavelength range | 350-1100nm |
minimal beam size | 60 microns |
Maximum Resolution | 1920 (H) x 1080 (V) 2 million pixels |
Photosensitive size | 5.76mm x 3.24mm |
pixel size | 3μm |
detector | CMOS |
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