Brochure explains how innovative digital camera will help users of optical microscopes to produce high resolution, true colour, live images, quickly and easily
All about digital microphotography Brochure explians how innovative digital camera will help users of optical microscopes to produce high resolution, true colour, live images, quickly and easily.
Syncroscopy reports that its new brochure for the SyncroCool 435 camera is now available.
It explains how this innovative digital camera will help users of optical microscopes to produce high resolution, true colour, live images, quickly and easily.
The full colour brochure is packed with information on the many features the camera offers to improve resolution and reduce background noise.
These include SyncroCool 435's unique three CCD chips providing an unrivalled 4.2 million pixel output and its 38 degrees of Peltier cooling.
Both of these are essential when, for example, trying to capture weak fluorescent signals from long integration times.
The brochure also explains how the camera can save valuable time with brightfield slide scanning and focusing, as well as image acquisition by generating perfect live images at a remarkable 7.5 frames per second and then downloading them to computer instantaneously.
In addition, the brochure outlines which of Syncroscopy's AcQuis, Auto-Montage or Quantage software is best suited to capturing colour images, generating infinite depth of focus images or low light applications.
This enables users to build a fully integrated system that will be perfectly customised for any light microscopy task.
Bob Town, Syncroscopy's general sales manager, commented: "We will be delighted to send a copy of our new SyncroCool 435 brochure, free of charge to any microscope user requesting it.
The brochure gives an excellent overview of how to combine the camera and software systems for maximum benefit.
It will help guide users to make the right decisions when looking to purchase a fast, yet sensitive solution for all their fluorescence and brightfield microscopy applications."