Optosigma Cameras for scientific imaging include CCD and CMOS area scan cameras for beam profiling, laser spot analysis, fluorescence imaging, and microscopy, with USB and GigE interfaces and C-mount lens compatibility.
Optosigma Cameras are scientific-grade digital cameras for optical laboratory and industrial imaging. They span from compact USB beam profiler cameras to cooled sCMOS cameras for low-light fluorescence microscopy.
Beam profiling cameras:
– Si CCD sensors: 350 nm to 1100 nm; pixel size 4-7 um for high-resolution beam analysis
– InGaAs sensors: 900 nm to 1700 nm for NIR and telecom laser profiling
– Frame rate: 30 fps standard; up to 100 fps for dynamic beam analysis
– Software: beam analysis suite with 2D/3D profile and M2 measurement
Scientific CMOS cameras:
– Back-illuminated sCMOS: QE over 90%; read noise below 2 electrons
– Sensor formats: 1/2-inch to 1-inch; pixel size 2.4-6.5 um
– Peltier cooling: sensor -20 C below ambient; reduces dark current for long exposures
– Applications: fluorescence microscopy, single-molecule imaging
Machine vision cameras:
– GigE Vision or USB3 Vision; global shutter CMOS; C-mount interface
– Trigger and strobe I/O for synchronized acquisition
SDK for C++, Python, MATLAB, LabVIEW; MicroManager compatible.
NewRoad provides Optosigma cameras in Israel for beam profiling, fluorescence microscopy, and machine vision in photonics and life science labs.
Optosigma (Japan) - precision optomechanical equipment
Si CCD/sCMOS 350-1100 nm; InGaAs 900-1700 nm; global shutter CMOS for machine vision
Over 90% QE; below 2-electron read noise; Peltier cooling -20 C below ambient
USB3, GigE Vision; C-mount; SDK for Python, LabVIEW, MATLAB
Beam profiling, M2 measurement, fluorescence microscopy, single-molecule imaging
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