Inside a newly designed darkroom, the G:Box Chemi XT16 has the latest 16 bit camera with a new f0.95 variable aperture lens, to quickly and easily produce accurate images of large gels and blots
Syngene has introduced a new version of the G:Box Chemi XT16 automated chemiluminescence and fluorescence imaging and analysis system, featuring many innovations to make it the most sensitive and flexible system available in its class.
To save time, the G:Box Chemi XT16 also has PC control of its motor driven stage which allows the system to memorise and feed back set positions for specific applications.
The camera, a highly-sensitive 6.3 (effective) megapixel resolution is ultra cooled to guarantee that it will separate close band and spot images with virtually no background noise, even when imaging chemiluminescence blots for long exposure times.
Additionally, the new G:Box Chemi XT16 darkroom comes with a state-of-the-art overhead EPI white lighting module, a UV to visible light NovaGlo converter screen and a 20x20cm UV transilluminator (other sizes available) to allow rapid and accurate imaging of common DNA and protein stains such as ethidium bromide, Sybr green, Sybr Safe, Coomassie Blue, Deep Purplea, Pro-QO Diamond, silver stain and Syproo Ruby.
For additional imaging applications the G:Box can easily be fitted with Syngene's new Epi RGB LED lighting, dual UV Epi or blue Epi lighting, precision filters and a blue light converter screen ensuring its suitability for accurately imaging a host of different sample types.
Laura Sullivan, Syngene's divisional manager commented: "We are pleased with our updated G:Box Chemi XT16 as its new features mean the system is not only the most sensitive of its type on the market for chemiluminescence, but is also excellent for many fluorescence imaging applications.
"Scientists demanding premier imaging performance to help increase the accuracy and speed of their molecular biology research need look no further."
