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8 Megapixel CCD Scientific Cameras for Microscopy


  • 8 Megapixel Monochrome and Color CCD Cameras
  • Scientific-Grade Cameras with Low Read Noise
  • Up to 17.1 Frames per Second for the Full Sensor
  • Support for LabVIEW, MATLAB, µManager, and MetaMorph

Application Idea

8051M-GE Scientific CCD Camera Mounted on a Thorlabs Cerna® Widefield Microscope

8051M-USB

Non-Cooled Monochrome Camera

8051C-GE-TE

Hermetically Sealed
Two-Stage Cooled Color Camera

S805MU1

Camera with the Sensor
Face Plate Removed and a
Wedged Window Installed

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Scientific Camera Selection Guide
Compact
Scientific
Zelux™
(Smallest Profile)
1.6 MP CMOS
Kiralux™ 1.3 MP CMOS
2.3 MP CMOS
5 MP CMOS
5 MP CMOS,
Polarization Sensitive
8.9 MP CMOS
Quantalux®
(<1 e- Read Noise)
2.1 MP sCMOS
Scientific
CCD
1.4 MP CCD
4 MP CCD
8 MP CCD
VGA Resolution CCD
(200 Frames Per Second)
Jason Mills
Jason Mills
General Manager,
Thorlabs Scientific Imaging

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Brightfield Microscopy
Click to Enlarge

A brightfield microscopy image acquired with one of our 8 megapixel cameras showing ki-67 labeled tonsil cells. Ki-67 is an antigen which appears only in the nuclei of cells undergoing division, and therefore is an excellent marker to indicate the growth fraction of a cell population. For more image samples, please see the Applications tab.

Features

  • 4/3" Format, 3296 x 2472 Monochrome or Color CCD Sensor (On Semi KAI-08051M or KAI-08051-FBA) for Large Field of View
  • Available in Non-Cooled Standard Packaging or Hermetically Sealed TE-Cooled Packaging
  • Configuration Offered with the Sensor Face Plate Removed to Reduce Fringing in Coherent Light Applications, such as Beam Profiling
  • Low Read Noise Improves the Threshold of Detectability Under Low Light Conditions
  • Software-Selectable 20 MHz or 40 MHz Readout: Maximize Frame Rate (40 MHz) or
    Minimize Noise (20 MHz)
  • Asynchronous Reset, Triggered, and Bulb Exposure Modes (See Triggering Tab for Details)
  • ThorCam GUI with 32- and 64-Bit Windows® 7 or 10 Support
  • SDK and Programming Interface Support:
    • C, C++, C#, Python, and Visual Basic .NET APIs
    • LabVIEW, MATLAB, µManager, and MetaMorph Third-Party Software

Thorlabs' 8 Megapixel CCD Cameras (US Patent 9,380,241 B2), which offer up to 17.1 frames per second at 40 MHz quad-tap readout of the full sensor, are specifically designed for demanding scientific imaging applications such as microscopy or those requiring coherent light. These cameras are ideal for brightfield microscopy, inspection, and other techniques that would benefit from a low-noise, large field of view imager.

With the exception of the S805MUx models, each camera comes with a user-removable IR filter; for complete details on the transmission please see the Specs tab. If the filter is removed, it can be replaced with a user-supplied Ø1" (Ø25 mm) filter or another optic up to 4 mm thick; please see the camera manual, found under the red Docs icons () below, for details. Our S805MU1 and S805MU2 cameras are identical to the 8051M-USB camera, except that the sensor face plate is removed and the IR filter is replaced with a wedged window. These models are ideal for applications that are sensitive to interference patterns caused by reflections from the sensor face plate. 

USB 3.0 or Gigabit Ethernet Industry-Standard Interfaces

Thorlabs' 8 megapixel cameras have either a USB 3.0 or Gigabit Ethernet (GigE) interface. GigE is ideal for situations where the camera must be far from the PC or there are multiple cameras that need to be controlled by the same PC. The GigE cameras are provided with a GigE frame grabber card and cables. Since USB 3.0 is supported by most computers, the USB cameras do not come with a card; however, one is available separately. A power supply and software are supplied with all cameras. More information on what's included is on the Shipping List tab. Your computer must have a free PCI Express slot to install the GigE interface. For more information on the three interface options and recommended computer specifications, please see the Interface tab.

Our cameras have triggering options that enable custom timing and system control; for more details, please see the Triggering tab. External triggering requires a connection to the auxiliary port of the camera. Accessory cables and boards to "break out" the individual signals are available below.

Scientific Camera Basics
Scientific Camera Catalog PDF
Scientific Camera Capabilities
Quantum Efficiency
Click to Enlarge

Click for Raw Data
This curve shows the quantum efficiency for the color camera sensor's red, green, and blue pixels. 
Quantum Efficiency
Click to Enlarge

Click for Raw Data
This curve shows the quantum efficiency for the monochrome camera sensor.
Sample Frame Rates at 1 ms Exposure Time
CCD Size and Binninga Single Tap Dual Tap Quad Tapb
20 MHz 40 MHz 20 MHz 40 MHz 20 MHz 40 MHz
Full Sensor (3296 x 2472) 2.3 fps 4.5 fps 4.4 fps 8.5 fps 8.8 fps 17.1 fps
Full Sensor, Bin by 2 (1648 x 1048) 4.4 fps 8.5 fps 8.3 fps 15.7 fps 16.6 fps 31.2 fps
Full Sensor, Bin by 10 (329 x 247) 17.0 fps 29.9 fps 29.0 fps 47.1 fps 56.8 fps 92.3 fps
  • Camera Frame Rate is impacted by the Vertical Hardware Binning parameter. For color cameras, when the Image Type setting in ThorCam is anything other than "Unprocessed" only 1 x 1 binning is available. When set to Unprocessed, the camera can bin up to 24 x 24, but the image produced will be monochrome.
  • Quad-tap operation is only available with USB 3.0 versions; GigE only supports Single- and Dual-tap operation.
Common Specificationsa
Sensor Type Semiconductor KAI-08051
Number of Active Pixels  3296 x 2472
(Horizontal x Vertical)
Imaging Area 18.13 mm x 13.60 mm
(Horizontal x Vertical)
Pixel Size  5.5 µm x 5.5 µm
Optical Format  4/3" Format (22 mm Diagonal)
Peak Quantum Efficiency Monochrome: 51% at 460 nm
Color: See Graph to the Right
Exposure Time 0 to 1000 s in 1 ms Incrementsb
CCD Pixel Clock Speed 20 or 40 MHz
ADC Gain