Lastek: Photonics Technology Solutions

Digital Monochrome Scientific Frame Transfer EMCCD, 1024 x 1024, 13um x 13um pixels, cooled to -95C, 1MP Scientific

The digital FALCON II EMCCD camera is based on e2v’s CCD-201 back-thinned 1? sensor. It combines high sensitivity, speed and resolution. with QE up to 95%. It has strong response from UV through to NIR. With EM gain on it offers less than 0.01 electrons read noise. It uses a 16 bit A/D converter and offers a standard CameraLink output.

Ultra low noise readout for THE BEST image quality!

• 1024 x 1024 Back-thinned EMCCD sensor – Enables optimum image resolution in low light imaging applications
• EMCCD technology – Highest sensitivity imaging with up to 1000x on-chip gain
• 16 bit CameraLink output – Realtime imaging for low latency photon to digital image
• Up to 95% QE from back-illuminated sensor – Optimum Photon collection
• Strong UV and NIR reponse and ultrawide bandwidth – From 200nm through to 1100nm
• Deep cooled to -95°C – For minimal background events

Download pdf brochure here.

Vacuum cooled 1MP back-thinned frame-transfer EMCCD with 10?m pixels and UV / NIR response

The Falcon III EMCCD camera is based on e2v’s next generation CCD-351 back-thinned 1? sensor. It combines high sensitivity, speed and resolution with QE up to 95%.

• Lower noise: <0.01e- read noise
• Faster readout: x3 faster than previous generations
• Higher EM gain: up to x5000 with lower voltages
• Colder: cooling down to -100°C for minimal background events
• Ultimate QE: up to 95% with back-illuminated sensor

Download pdf brochure here.

Digital Monochrome Scientific Frame Transfer EMCCD, 500fps, 128 x 128, 24um x 24um pixels, cooled to -95C .

The Raptor Photonics digital Kestrel EMCCD camera is based on e2v’s CCD-60 back-thinned 1/3? sensor. It combines high sensitivity, speed and resolution. with QE up to 95%. It has strong response from UV through to NIR. With EM gain on it offers less than 0.01 electrons read noise. It uses a 16 bit A/D converter and offers a standard CameraLink output. At 500fps in full resolution, it offers some of the fastest and most sensitive speeds available on the market.

• Ultra low noise readout with THE FASTEST speeds
• 500 frames per second – Full resolution speed making it the fastest EMCCD on the market
• 128 x 128 Back-thinned EMCCD sensor – Enables optimum image resolution in low light imaging applications
• 16 bit CameraLink output – Realtime imaging for low latency photon to digital image
• Up to 95% QE from back-illuminated sensor – Optimum Photon collection
• Strong UV and NIR reponse and ultrawide bandwidth – From 180nm through to 1100nm
• Deep cooled to -95°C – For minimal background events

Download pdf brochure here.

1 MP Scientific EMCCD with Fused Silica window - from 180nm to 1100nm

The Raptor Photonics digital FALCON BLUE EMCCD camera, model FA285B-CL, combines high sensitivity, speed and high resolution. It uses a peltier cooled Texas Instruments' 1MegaPixel Frame Transfer Impactron device which provides QE up to 65%. It has a Fused Silica window for enhanced transmission down to 180nm.

It uses a 16 bit A/D converter and offers a standard CameraLink output.

The Falcon camera offers outstanding performance for low light applications such as fluorescence imaging, astronomy, electrophoresis, X-ray and hyperspectral imaging.

The camera is fully compatible with the XCAP software from EPIX (link).  This high performance Image Analysis Software offers easy-to-use menus and dialogs and allows simple or complex imaging tasks to be effortlessly completed.

FALCON is also fully compatible with the Micro-Manager software. uManager provides a universal, flexible and free software platform for automated microscopy.  Combined with ImageJ, mManager provides a full featured microscope management and image processing package, with quality and ease of use standards equal to commercial software.

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1 Mega Pixel Scientific EMCCD - ultra low noise readout for improved image quality.

The Raptor Photonics digital FALCON EMCCD camera, model FA285-CL, combines high sensitivity, speed and high resolution. It uses a peltier cooled Texas Instruments' 1MegaPixel Frame Transfer Impactron device which provides QE up to 65%.

It uses a 16 bit A/D converter and offers a standard CameraLink output.

The Falcon camera offers outstanding performance for low light applications such as fluorescence imaging, astronomy, electrophoresis, X-ray and hyperspectral imaging.

The camera is fully compatible with the XCAP software from EPIX (link).  This high performance Image Analysis Software offers easy-to-use menus and dialogs and allows simple or complex imaging tasks to be effortlessly completed.

FALCON is also fully compatible with the Micro-Manager software.  uManager provides a universal, flexible and free software platform for automated microscopy.  Combined with ImageJ, mManager provides a full featured microscope management and image processing package, with quality and ease of use standards equal to commercial software.

Read more ...

VGA scientific EMCCD with Frame Interline Transfer

The digital KITE EMCCD camera, model KI247-CL, combines high sensitivity, speed and high resolution. It uses a peltier cooled Texas Instruments' 640 x 480 Interline Transfer Impactron device which provides QE up to 53%.

It uses a 16 bit A/D converter and offers a standard CameraLink output.

The KITE camera offers outstanding performance for low light applications such as fluorescence imaging, astronomy, electrophoresis, X-ray and hyperspectral imaging.

The camera is fully compatible with the XCAP software from EPIX (link).  This high performance Image Analysis Software offers easy-to-use menus and dialogs and allows simple or complex imaging tasks to be effortlessly completed.

KITE is also fully compatible with the Micro-Manager software.  uManager provides a universal, flexible and free software platform for automated microscopy.  Combined with ImageJ, mManager provides a full featured microscope management and image processing package, with quality and ease of use standards equal to commercial software.

Read more ...