High-resolution camera, providing high sensitivity for lowest light applications.

Setting a new standard in EMCCD performance.

Scinetific applications – TIRF microscopy, single molecule imaging, and more: The best imaging, when every photon counts.

>95% quantum efficiency

10, 13 and 16 μm pixel size options.

Ultra-high-speed readout

Highly stabilized deep cooling.

Teledyne EMCCD tech.

Full details and models

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The WiDy SenS 640H-STE provides straightforward interfacing with the most current electronic video platforms. WiDy SenS 640H-STE has a digital video SDI output directly compatible with processing units such as NVidia, Texas Instruments, ARM processors or Analog devices, and many others. With an NSC1601 SWIR VGA sensor that offers HDR of more than 120dB and high sensitivity with low noise, making it ideal for airborne fire fighting, agricultural mapping, search and rescue.  

Full details

New HD SWIR

New Imaging Technologies (NIT) high resolution 1280x1024PX SXGA SWIR camera:

10μm pixel pitch.

Near Infrared Imaging (NIR) up to 1700nm

Read-out noise 27e-

Quantum efficiancy – 85%

Comingsoon – USB 3.0 & CAM

For:

Laser Beam profiling, Metrology (microscopy, hyperspectral), Process control (industry, semiconductors…)

Airborne cameras (UAV.)

Defense and security.

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With great spatial fidelity and sharp imaging! the SWIR 640 is designed for laboratory , field & airborne applications.

Spectral range 960-2500 nm 

Spatial pixels 640 

Spectral channels 360

 Spectral sampling 4.38 nm 

FOV* 16° Pixel FOV across/along* 0.44/0.44 mrad 

Bit resolution 16

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• High spectral resolution
• Superior signal-to-noise ratio
• Abberation-free design
• Patented astigmatism free Schmidt-Czerny-Turner design
• Compatible with Intellical wavelength and intensity calibration

Traditional Czerny-Turner spectrographs can only measure broad, misshapen and short emission lines, Whrease the IsoPlane measures emission lines with half the width and twice the height, providing spectra with better resolution, maximising sensitivity and signal-to-noise ratio.

ISOPLANE 81

The IsoPlane^® 81 (old FERGIE) – compact, imaging spectrograph encompassing UV-NIR wavelengths ideal for microspectroscopy such as Raman, fluorescence, and absorption.

Click on the logo for full details

• Aberration free
• Optimal imaging from UV-NIR
• 95% peak QE
• Thermoelectric cooling to -55℃
• IsoPlane 81 ecosystem with multiple accessories

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Introducing small, low noise thermal cameras with IR cores, capable of 120 per seconds.

• SmartIR1M0E the smallest ever megapixel thermal camera core capable of 120 frames per second.
  Featuring a power consumption close to 2 watts a casing section of only 52x48x25 cubic millimeters, and weight of 70 grams.

• IrqLA640™, a VGA uncooled SWIR camera core, up to 178 frames per second. IrqLA640 implements in full TEC-less mode the 640×512×15 μm SWIR detector Snake by LYNRED, providing excellent performance with Read Out Floor Noise lower than 30 electrons.

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• Monochrome and Color CMOS Cameras
• High Quantum Efficiency and Low <4.0 e^–Read Noise
• Versions Available with External Hardware Triggers

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Rosh Electroptics offers selection of optical detectors with products capable of detecting light throughout the UV, VIS, NIR, IR, and THz spectral regions. Depending on the sensor chosen, quantities such as intensity, power, intensity distribution, wavefront shape, energy, and wavelength can be measured.

Shark-Hartman-wave-front-sensor

Thorlabs’ Shack-Hartmann Wavefront Sensors (SH-WFS) provide accurate measurements of the wavefront shape and intensity distribution of beams. Choose from the WFS150/WFS300 Series, which incorporates a CCD camera providing 1.3 Megapixel resolution, or theWFS10 Series, which incorporates a fast CMOS camera capable of reaching frame rates up to 450 Hz depending on the operation mode and resolution settings. Both SH series are available as one of 3 models with a single lens array or as a kit including two interchangeable microlens arrays. The latter allows the sensors to adapt to different application requirements.

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We offer compact CCD and CMOS array cameras, a linear CCD camera, and scientific-grade CCD cameras. Our General-Purpose CCD array cameras feature an external trigger input, while our General-Purpose CMOS cameras are a cost-effective alternative for applications that do not require an external trigger.

All general-purpose cameras are available in black & white or color versions. The linear CCD camera is designed for applications such as custom-built spectrometers, and features an external trigger input. Finally, our scientific CMOS and CCD cameras are solutions for microscopy, materials inspection, and other demanding quantitative imaging applications.

We offer a wide variety of C-mount camera lenses, including standard prime (fixed) lenses, zoom lenses, high-magnification zoom lenses for macro applications, and telecentric machine vision lenses. 

WHAT makes xiQ line EXCEPTIONAL:

1. Smallest USB3 Vision camera – 26x26x21 mm
2. Lightest and extremely robust housing with under 30 grams
3. Lowest power consumption with under 1 Watt
4. Fastest USB3 Vision camera with models providing 800+ fps at VGA
5. Lowest heat dissipation
6. First to provide board level versions with a single planar board and various connection options
7. The most supported with Windows, Linux, ARM, macOS, Python and 30 Vision Libraries
8. Widest interoperability of Accessories and overall vendors support
9. Unmatched OEM customization options including adjustment of the interface, sensor, connector, enclosure etc.
10. User-friendly with simple API control, easy switch from C to CS mount etc.

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The reference standard for time resolved imaging and spectroscopy

The PI-MAX® 4 is the culmination of years of research and development by Princeton Instruments to create intensified CCD (ICCD) and intensifier EMCCD (emICCD) camera systems to challenge the status quo in time-resolved imaging and spectroscopy applications. The PI-MAX4 offers precision gating capabilities to <500 picoseconds, the ability to perform frequency-domain measurements utilizing RF modulation, and unsurpassed control of all experiments via Princeton Instruments’ intelligent LightField software. There is no other ICCD in the industry that can match the performance and flexibility of PI-MAX4.

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