Used Lab Equipment

Used Lab Equipment

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Photometrics Coolsnap CF Microscope Monochrome Camera

Photometrics Coolsnap CF Microscope Monochrome Camera

Cambridge ID #: 11046
Primary Applications • Histology • DIC microscopy • Immunofluorescence • FISH • Fixed-cell GFP imaging • High-resolution time-lapse microscopy Features • 20-MHz readout Fast image readout for high-speed focus and image capture • 1392 x 1040 imaging array • 4.65 x 4.65-μm pixels • Interline-transfer, progressive-scan CCD Full resolution in every frame • Flexible binning and readout Increases light sensitivity while increasing the frame rate • 12-bit digitization Quantifies bright and dim signals in the same image • Thermoelectric cooling Increases integration times for higher sensitivity • C-mount Easily attaches to microscopes, standard lenses, or optical equipment • Subcompact, fanless design Low profile allows easy setup • Acquisition software Captures, analyzes, and saves high-resolution images • PCI interface High-bandwidth, uninterrupted data transfer with no dropped frames • PVCAM • Precise integration with shutters, filter wheels, etc. • Compatible with Windows® XP/Vista 32, Mac OS X, and Linux® (kernel versions 2.4 and 2.6.8)
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Photometrics Coolsnap CF2 Microscope Monochrome CameraImage Coming Soon

Photometrics Coolsnap CF2 Microscope Monochrome Camera

Cambridge ID #: 10081

Description:

  • Histology
  • DIC microscopy
  • Immunofluorescence
  • FISH
  • Fixed-cell GFP imaging
  • High-resolution time-lapse microscopy

Features:

  • 20-MHz readout Fast image readout for high-speed focus and image capture
  • 1392 x 1040 imaging array
  • 4.65 x 4.65-μm pixels
  • Interline-transfer, progressive-scan CCD Full resolution in every frame
  • Flexible binning and readout Increases light sensitivity while increasing the frame rate
  • 12-bit digitization Quantifies bright and dim signals in the same image
  • Thermoelectric cooling Increases integration times for higher sensitivity
  • C-mount Easily attaches to microscopes, standard lenses, or optical equipment
  • Subcompact, fanless design Low profile allows easy setup
  • Acquisition software Captures, analyzes, and saves high-resolution images
  • PCI interface High-bandwidth, uninterrupted data transfer with no dropped frames
  • PVCAM
  • Precise integration with shutters, filter wheels, etc.
  • Compatible with Windows XP/Vista 32, Mac OS X, and Linux (kernel versions 2.4 and 2.6.8)
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Photometrics CoolSNAP HQ Microscope Monochrome Camera

Photometrics CoolSNAP HQ Microscope Monochrome Camera

Cambridge ID #: 14743

Includes Computer loaded w/ software

The Photometrics CoolSNAP HQ Monochrome camera is a fast, high-resolution digital camera system designed for low-light scientific and industrial applications. This cooled CCD camera system provides 12-bit digitization at both 10 MHz and 20 MHz. The fine pitch of the pixels, 6.45 x 6.45 microns, is ideally matched to the resolution of optical microscopes. Megapixel resolution and small pixels allow imagingof very fine detail, yet the pixels can be easily binned to improve sensitivity. New interline CCD technology provides high quantum efficiency, most notably in the near-infrared (NIR) portion of the spectrum.

Specifications:

  • CCD image sensor: Sony ICX285; progressive-scan CCD
  • CCD format
    • 1392 x 1040 imaging pixels;
    • 45 x 6.45-μm pixels;
    • 77 x 6.6-mm imaging area (optically centered)
  • Linear full well
    • 15,000 e- (single pixel);
    • 30,000 e-(2x2 binned pixel)
  • Read noise
    • 6 e- rms @ 10 MHz
    • 8 e- rms @ 20 MHz
  • Nonlinearity: <1%
  • Readout bits/speed: 12 bits @ 20 MHz or 10 MHz; software selectable
  • Frame readout: 100 ms/frame
  • CCD temperature: -30 ÌŠC regulated
  • Video output: RS170/PAL selectable
  • Dark current: 0.05 e-/p/s (-30 ÌŠC)
  • Operating environment: 0 to 30 ÌŠC ambient, 0 to 80% relative humidity noncondensing
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Photometrics Coolsnap K4 Microscope Camera

Photometrics Coolsnap K4 Microscope Camera

Cambridge Scientific ID #'s: 20345, 10967, 20346, 20343, 20348, 20349, 20347, 20342, 20344

CoolSnap K4 Features: 

 

  • 20-MHz readout: High-speed, high-sensitivity image capture
  • 2048 x 2048 imaging array: Resolves fine detail
  • 7.4 x 7.4-ìm pixels: Ideally matched to optical microscope
  • Interline-transfer, progressive-scan CCD: Eliminates camera vibration and facilitates fast triggering
  • Flexible binning and readout: Increases light sensitivity while increasing the frame rate
  • 12-bit digitization: Quantifies bright and dim signals in the same image
  • Thermoelectric cooling: Long integration times for higher sensitivity
  • Enhanced quantum efficiency: Provides higher sensitivity than typical interline cameras
  • C-mount: Easily attaches to microscopes, standard lenses, or optical equipment
  • Acquisition software: Captures, analyzes, and saves high-resolution images
  • PCI interface: High-bandwidth, uninterrupted data transfer
  • PVCam, Circular buffers, Device sequencing: Supported by numerous third-party software packages, Real-time focus, Precise integration with shutters, filter wheels, etc. (Compatible with Windows XP/Vista 32, Mac OS X, and Linux (kernel versions 2.4 and 2.6.8))
  • CCD image sensor: Kodak KAI-4020M; interline-transfer, progressive-scan device with microlenses
  • CCD format: 2048 x 2048 imaging array, 7.4 x 7.4-um pixels, 15.16 x 15.16-mm imaging area (optically centered)
  • Linear full well: 30,000 e- (single pixel); 60,000 e- (2 x 2 binned pixel)
  • Read noise: ≤10 e- rms @ 20 MHz
  • Nonlinearity: <1%
  • Digitizer type: 12 bits @ 20 MHz
  • CCD temperature: -25ͦC (regulated)
  • Dark current : 0.1 e-/p/s @ -25ͦC
  • Operating environment: 0 to 30ͦC ambient, 0 to 80% relative humidity noncondensing
  • I/O TTL (trigger/status): trigger, invert, inhibit, exposing, interline shift, frame readout, 8-bit TTL (programmable), 8-bit DACs(two)
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Thermo Cellomics CellInsight Gel Imaging SystemImage Coming Soon

Thermo Cellomics CellInsight Gel Imaging System

Cambridge ID #: 10067

Description:

High-content screening (HCS) or high-content analysis (HCA) requires an instrument designed to extract the maximum information from your sample in a robust and reproducible manner with the speed for high-throughput analysis. The entire Thermo Scientific portfolio of HCA instruments helps deliver on those parameters and includes:

  • Superior illumination—the LED light engine reduces intensity fluctuations and optical component wear, eliminates moving parts, and reduces both integration and channel switching times
  • Rapid data analysis—Thermo Scientific HCS Studio software analyzes your images in real time, so that you collect all the data you need to make decisions that count
  • Reagent compatibility—Thermo Scientific HCS platforms build on the expertise of Molecular Probes in reagent development with exquisite fluorescent tools for interrogating the biology of the cell

Specifications:

  • Camera: Photometrics X1 Camera with 4.54um/pixel
  • Live cell: Optional HCA On-Stage Incubator with Kinetic scheduling of acquisition
  • Software: HCA Studio 3.1 Cell Analysis Software. Optional client software available
  • Database: STORE Express Image and Database Management Software Included, Scalable SQL/Oracle database options available
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Alpha Innotech Chemi-Imager Gel Imaging SystemImage Coming Soon

Alpha Innotech Chemi-Imager Gel Imaging System

Cambridge Scientific ID #'s: 5918, 7150

Features

  • 20-MHz readout: High-speed, high-sensitivity image capture
  • 2048 x 2048 imaging array: Resolves fine detail
  • 7.4 x 7.4-ìm pixels: Ideally matched to optical microscope
  • Interline-transfer, progressive-scan CCD: Eliminates camera vibration and facilitates fast triggering
  • Flexible binning and readout: Increases light sensitivity while increasing the frame rate
  • 12-bit digitization: Quantifies bright and dim signals in the same image
  • Thermoelectric cooling: Long integration times for higher sensitivity
  • Enhanced quantum efficiency: Provides higher sensitivity than typical interline cameras
  • C-mount: Easily attaches to microscopes, standard lenses, or optical equipment
  • Acquisition software: Captures, analyzes, and saves high-resolution images
  • PCI interface: High-bandwidth, uninterrupted data transfer
  • PVCam, Circular buffers, Device sequencing: Supported by numerous third-party software packages, Real-time focus, Precise integration with shutters, filter wheels, etc. (Compatible with Windows XP/Vista 32, Mac OS X, and Linux (kernel versions 2.4 and 2.6.8))
  • CCD image sensor: Kodak KAI-4020M; interline-transfer, progressive-scan device with microlenses
  • CCD format: 2048 x 2048 imaging array, 7.4 x 7.4-um pixels, 15.16 x 15.16-mm imaging area (optically centered)
  • Linear full well: 30,000 e- (single pixel); 60,000 e- (2 x 2 binned pixel)
  • Read noise: ≤10 e- rms @ 20 MHz
  • Nonlinearity: <1%
  • Digitizer type: 12 bits @ 20 MHz
  • CCD temperature: -25ͦC (regulated)
  • Dark current : 0.1 e-/p/s @ -25ͦC
  • Operating environment: 0 to 30ͦC ambient, 0 to 80% relative humidity noncondensing
  • I/O TTL (trigger/status): trigger, invert, inhibit, exposing, interline shift, frame readout, 8-bit TTL (programmable), 8-bit DACs(two)

Compare this against “Features of Gel Doc XRS+ system”: 

  • Chemiluminescence: Yes
  • Fluorescence: Yes
  • Colorimetry/densitometry: Yes
  • Gel documentation: Yes  

Hardware Specifications        

  • Maximum sample size: 28 x 36 cm
  • Maximum image area: 26X 35 cm
  • Excitation source: Trans-UV and epi-white are standard (302 nm included, with 254 and 365 nm available as options)
  • Illumination control: 3 modes (trans-UV, trans white, epi-white)
  • Detector: super cooled CCD
  • Image resolution: 4 megapixels
  • Pixel size (H x V): 6.45 x 6.45 µm
  • Filter holder: 3 positions (2 for filters, 1 without filter)
  • Emission filters: 1 included (standard), 3 optional
  • Dynamic range: >4.0 orders of magnitude
  • Pixel density (gray levels): 65,535
  • Dynamic flat fielding: Application specific, for all applications
  • Instrument size (L x W x H): 36 x 60 x 96 cm
  • Instrument weight: 32 kg

 Operating Ranges         

  • Operating voltage: 110/115/230 V AC nominal
  • Operating temperature: 10–28°C (21°C recommended)
  • Operating humidity: <70% noncondensing

 Automation Capabilities            

  • Workflow automated selection: Application driven; user selected or recalled by a protocol
  • Workflow automated execution: Controlled by a protocol via application specific setup for image area, illumination source, filter, analysis, and reporting
  • Workflow reproducibility: 100% repeatability via recallable protocols; from image capture to quantitative analysis and reports
  • Autofocus: Precalibrated focus for any zoom setting or sample height
  • Image flat fielding: Dynamic; precalibrated and optimized per application
  • Autoexposure: 2 user-defined modes (intense or faint bands)

 

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