Scientific microscope cameras designed for your needs

Microscope Camera for Fluorescence Imaging

Applications

  • Fluorescence imaging

  • Multi channel fluorescence

  • Low light fluorescence

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Making the right choice

When observing or documenting fluorescently labeled cells, scientific camera users should be asking themselves the following questions:

Is my camera sensitive enough?

Do I get high enough resolution?

Is the field of view big enough to image my sample?

And, critically, is it easy to capture and manipulate my data? 

Camera sensitivity is a function of QE, pixel size and camera noise. It is important for sample longevity, where a higher sensitivity camera means light level can be reduced, but also has practical concerns. High sensitivity will improve image contrast and using a lower exposure time lets you live focus without image lag and take movies at higher speed.

Field of view is normally defined as a diagonal measurement of the camera sensor. If you have a large sample or want to increase throughput by imaging multiple cells at once, a larger field of view will let you see more of the sample area.

Resolution is how much detail can be seen and this is driven by the pixel size of the camera and the microscope lens system. If the microscope is capable of resolving high detail, it’s important that the camera pixel size can match it.

Digital image capture is the suitability of the imaging software to the needs of your application. Do you need the software to make it easy to save as common image formats such as jpeg or avi? Do you want to tint images live or merge images post capture? Do you use line profiles and make line measurements? Would you like to automatically put marker bars on the image?

Top specifications

Specifications

Sensitivity

Resolution

Field of View

Software

included

 

Interface

Features

High 75% quantum efficiency

and low 5.5 e-  read noise:

6 million pixels, 4.54µm x 4.54µm

16.7 mm diameter

Ocular software included

​USB 3.0 and Windows 10

Benefits

Acquire higher quality images, use shorter exposure times, preserve sample viability and collect movies at faster rates

Maximizes resolving power, matching the microscopes resolving power even at low magnifications.

Get the most data per image by getting the most from the microscope field of view. Fit the biggest square to the microscope circular output.

Simple to use acquisition software allowing easy camera control. Capture stills or movies, fluorescence tinting, basic measurements, easy saving and much more. No skill required.

Market accepted interface with support for the latest operating systems ensuring compatibility with the latest PC specifications required by the IT team.

Need more information?

 

Software options

Our user friendly Scientific Image Acquisition Software:

Our selected third-party software recommendations for you:

  • Micro-Manager

  • LabVIEW

  • MATLAB

  • MetaMorph

  • Python

 
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