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LOW LIGHT IMAGING CAMERA

Luca

Andor Technology

LucaEM EMCCD Camera

Andor's LucaEM is the latest TE-cooled Electron Multiplying CCD innovation, a highly cost-effective yet powerful camera making EMCCD available to every laboratory. LucaEM represents a new performance standard in 'workhorse' cameras. Operate 'gain off' for conventional CCD operation under brighter conditions - turn on the EM gain when the photons become scarce! Under such conditions the LucaEM compares very favorably against common interline technology.
Even single photon signals are amplified above the noise floor. Full QE of CCD chip is harnessed (no intensifier).

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Andor iXon

Andor Technology

Andor iXonEM+ EMCCD Camera

Back-illuminated EMCCD Cameras

Designed to get the absolute best from back-illuminated EMCCD camera technology across all critical performance parameters

Model Description Active Pixels Pixel Size ( µm) Frame Rate
(Frames Per Second)
bttn_f1_pdf860 'Lightning Speed & Sensitivity' 128 x 128 24 515
bttn_f1_pdf888 'Field of View and Sensitivity' 1024 x 1024 13 8.9
bttn_f1_pdf897 'Ultimate Sensitivity' 512 x 512 16 35




Andor iXon

Andor Technology

iXonEM+ 885 EMCCD Camera

The EMCCD camera for Live Cell Microscopy. Versatile & powerful.

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Andor Clara

Andor Technology

Clara Interline CCD

Designed to deliver the highest sensitivity performance achievable from a high-resolution interline CCD camera.

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Andor iKon-M

Andor Technology

iKon-M

Designed to deliver the ultimate in high QE, low noise performance, ideal for demanding, light-starved imaging applications

High-sensitivity imaging CCD cameras, achieving optimal performance from a range of full-frame and frame-transfer sensors

Model Description Active Pixels Pixel Size ( µm) Frame Rate
(Frames Per Second)
bttn_f1_pdf912 Industry-Leading Ultra-Sensitive Imaging Technology 512 x 512 24 8.0
bttn_f1_pdf934 Exceptionally Low Readout Noise. 1024 x 1024 13 2.2
bttn_f1_pdf934-BRDD Deep Depletion System with Fringe Suppression Technology™ 1024 x 1024 13 2.2
bttn_f1_pdf937 The ultimate in back-illuminated, low noise performance. 512 x 512 13 7.5


Andor iKon-L

Andor Technology

iKon-L CCD Camera

For high sensitivity quantitative analysis in ultra low light/ brightfield/darkfield/ fluorescence/NIR imaging in life science and industrial applications.

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Andor iStar

Andor Technology

Andor iStar

Cameras For Time Resolved Applications

ICCD Cameras For Time Resolved Applications. The most technically advanced, easy to operate ICCD camera available

Model Description Active Pixels Pixel Size ( µm)
712 Gen II Ideally suited to LIBS and combustion imaging applications 512 x 512 24 (18mm tube) or 36 (25mm tube)
712 Gen III Ideally suited to LIBS and combustion imaging applications 512 x 512 24 (18mm tube) or 36 (25mm tube)
720 Gen II Designed for low-light spectroscopy applications requiring fast gating. 690 x 256 (18mm tube)
or 1024 x 256 (25mm tube)		 26
720 Gen III Designed for low-light spectroscopy applications requiring fast gating. 690 x 256 (18mm tube)
or 1024 x 256 (25mm tube)		 26
734 Gen II Ideal camera for low-light imaging applications requiring fast gating. 1024 x 1024 13 (18mm tube) or 19.5 (25mm tube)
734 Gen III Ideal camera for low-light imaging applications requiring fast gating. 1024 x 1024 13 (18mm tube) or 19.5 (25mm tube)


SPECTROSCOPY SOLUTIONS

Andor Shamrock

Andor Technology

Shamrock SR-163 and SR-163i

163nm Focal Length Spectrograph
Czerny-Turner spectrographs offering best price performance spectroscopy solutions

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Andor Newton

Andor Technology

NewtonEM EMCCD and CCD Camera

Both the Andor NewtonEM EMCCD Camera and Newton conventional CCD detector systems have been optimized for high performance spectroscopic applications.

Model Description Active Pixels Pixel Size ( µm)
920 High-performance Spectrocopy Camera 1024 x 255 26 NewtonEM EMCCD CCD CameraView Details
920-BRD Back Illuminated Deep Depletion Model 1024 x 255 26 NewtonEM EMCCD CCD CameraView Details
940 High Sensitivity or High Capacity Mode Spectroscopy CCD 2048 x 512 13.5 NewtonEM EMCCD CCD CameraView Details
970 Unrivalled Performance for Spectroscopic applications 1600 x 200 16 NewtonEM EMCCD CCD CameraView Details
971 Most Sensitive Spectroscopic Detector Ever 1600 x 400 16 NewtonEM EMCCD CCD CameraView Details

Andor iDus NIR

Andor Technology

iDus InGaAs NIR Spectroscopy Camera

Spectroscopic CCD camera now with NIR solution in the iDus InGaAs array camera. Low noise to provide an ultra sensitive & high dynamic range detector

Model Description Active Pixels Pixel Size ( µm)
490-1.7 New InGaAs Detector Array for Spectroscopy 512 25(W) x 500(H) iDus NIR Spectroscopy CameraView Details
490-2.2 New InGaAs Detector Array for Spectroscopy 512 25 (W) x 250 (H) iDus NIR Spectroscopy CameraView Details
491-1.7 New InGaAs Detector Array for Spectroscopy 1024 x 1 25(W) x 500 (H) iDus NIR Spectroscopy CameraView Details
491-2.2 New InGaAs Detector Array for Spectroscopy 1204 x 1 25(W) x 250 (H) iDus NIR Spectroscopy CameraView Details
492-1.7 New InGaAs Detector Array for Spectroscopy 512 x 1 50 (W) x 500 (H) iDus NIR Spectroscopy CameraView Details
492-2.2 New InGaAs detector Array for Spectroscopy 512 x 1 50 (W) x 250 (H) iDus NIR Spectroscopy CameraView Details


Andor iDus

Andor Technology

iDus CCD Spectroscopic CCD Camera

Designed with the lowest noise providing an ultra sensitive & high dynamic range detector for use in a wide range conventional & demanding spectroscopic application

Model Description Active Pixels Pixel Size ( µm)
401-BRDD Back Illuminated Deep Depletion Model 1024 x 128 26 iDus NIR Spectroscopy CameraView Details
420-BRDD Back Illuminated Deep Depletion Model 1024 x 255 26 iDus NIR Spectroscopy CameraView Details
DU401 Best price/performance for a wide range of spectroscopy applications 1024 x 127 26 iDus NIR Spectroscopy CameraView Details
DU420 Negligible dark current and greatly improved air cooling capabilities 1024 x 255 26 iDus NIR Spectroscopy CameraView Details
DV401 Best Dynamic Range vs. Resolution 1024 x 127 26 iDus NIR Spectroscopy CameraView Details
DV420 Best Dynamic Range vs. Resolution 1024 x 255 26 iDus NIR Spectroscopy CameraView Details



Andor iStar

Andor Technology

Andor iStar

Cameras For Time Resolved Applications

ICCD Cameras For Time Resolved Applications. The most technically advanced, easy to operate ICCD camera available

Model Description Active Pixels Pixel Size ( µm)
712 Gen II Ideally suited to LIBS and combustion imaging applications 512 x 512 24 (18mm tube) or 36 (25mm tube)
712 Gen III Ideally suited to LIBS and combustion imaging applications 512 x 512 24 (18mm tube) or 36 (25mm tube)
720 Gen II Designed for low-light spectroscopy applications requiring fast gating. 690 x 256 (18mm tube) or 1024 x 256 (25mm tube) 26
720 Gen III Designed for low-light spectroscopy applications requiring fast gating. 690 x 256 (18mm tube) or 1024 x 256 (25mm tube) 26
734 Gen II Ideal camera for low-light imaging applications requiring fast gating. 1024 x 1024 13 (18mm tube) or 19.5 (25mm tube)
734 Gen III Ideal camera for low-light imaging applications requiring fast gating. 1024 x 1024 13 (18mm tube) or 19.5 (25mm tube)



Andor's Complete Laser Based Spinning Disk Confocal Systems


Laser Based Confocal

Andor Spinning Disk Confocal

Revolution XD

Revolution XD is the flagship system in our range. Offering a combination of up to 4 laser lines through our state-of the art Laser Combiner Unit, plus an emission wheel, this system gives you enhanced performance in applications such as multi-flourophore imaging and FRET.

Andor Spinning Disk Confocal

FRAPPA

FRAPPA - Our latest innovation in laser microscopy is named after an acronym of the techniques which it supports. Fluorescence recovery after photo bleach (FRAP) and Photo activation (PA) are established imaging protocols in which a computer-steered laser beam is used to photo-bleach or photo-active a user-defined region in the specimen.

Andor Spinning Disk Confocal

TIRF

Revolution TIRF

Total internal reflection fluorescence microscopy (TIRFM) provides an unrivalled technique for the study of single molecules and membrane related cell function, including adhesion, motility, endo- and exo-cytosis.

Andor Spinning Disk Confocal

Revolution 488

Revolution encompasses a range of components, both hardware and software that fit seamlessly together creating a complete confocal microscopy solution. A flexible component focus also allows us to provide key pieces of hardware stand-alone. We want to tailor solutions matched to your needs.

Komet 6.0 Software

Komet is quite simply the most advanced and powerful software solution for analysis, data management and presentation of comet assay samples. Over 400 Komet systems have been sold to the world's leading academic, clinical and contract research laboratories.

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