Oct. 24, 2011

Fluorescence Imaging with Rolera Bolt sCMOS Camera

QImaging has released the Rolera Bolt Scientific CMOS camera, a high-speed, high-sensitivity fluorescence imaging alternative that is less than half the cost of most scientific CMOS and CCD cameras. moreAug. 18, 2011

Quantitative Low-Light Fluorescence Imaging with Rolera Thunder EMCCD Camera from QImaging

QImaging has introduced the Rolera Thunder EMCCD microscopy camera, a high-sensitive, low-light fluorescence imaging EMCCD camera. Application Fields
• Super resolution microscopy (STORM, PALM)
• Single molecule fluorescence microscopy
• FRAP
• Astronomy
• Bose-Einstein condensate moreAug. 17, 2011

QImaging Introduces QCapture Pro 7 Software For Life Sciences Digital Imaging

QImaging has launched QCapture Pro 7 imaging software. moreMar. 04, 2011

Media Cybernetics Releases Version 7.0.1 of the QImaging Family Capture Interface

Media Cybernetics has released the latest version of the QImaging Family Capture Interface version 7.0.1 for Image-Pro Plus and Image-Pro Insight software products:
The Capture Interface is compatible with Windows XP Professional 32 & 64bit, Windows Vista Business or Ultimate 32 & 64bit, and Windows 7 32 & 64bit operating systems. The supported cameras include the EXi series, MicroPublisher series, Retiga series, Rolera series and QICam series. moreSep. 28, 2010

EMCCD Camera for High-Speed, High-Sensitivity Imaging

QImaging announces the release of the Rolera EM-C2 EMCCD microscopy camera. Engineered for high-sensitivity and high-speed performance in low-light imaging applications, the Rolera EM-C2 camera aids researchers in applications such as spinning-disc confocal imaging, Total Internal Reflection Fluorescence (TIRF) microscopy, ratiometric ion imaging and Fluorescence Recovery After Photobleaching (FRAP). moreNov. 02, 2009

Versatile Microscopy Camera for Bio-imaging

QImaging, a developer and manufacturer of digital cameras for life science and industrial applications, has announced the release of the EXi Aqua Bio-imaging Microscopy Camera. This product replaces QImaging's Retiga EXi with even better performance and many feature enhancements. Life science professionals and busy labs will appreciate this camera's ability to perform a broad range of imaging applications-from quantitative color and immuno-fluorescence imaging to the capture of dim fluorescent protein data. moreNov. 01, 2009

The “F” Words

The use of fluorescence microscopy in the life sciences runs the gamut from basic photodocumentation to dynamic single-molecule fluorescence (SMF) studies. Recent advances in digital imaging technology are helping to expand the utility and popularity of many fluorescence microscopy techniques, including Förster resonance energy transfer (FRET), fluorescence recovery after photobleaching (FRAP), and fluorescence in situ hybridization (FISH). moreNov. 01, 2009

New Camera Technology

A new camera technology from QImaging (Vancouver, Canada) eliminates the electronic noise inherent to the Sony ICX 285 CCD design, thereby enhancing the utility of ICX 285-based systems for long-exposure, low-light-level applications such as chemiluminescence imaging.

moreMar. 01, 2008

Microimaging Applications Group: Gatan, Media Cybernetics, Photometrics, QImaging, and MAG ...

Microimaging Applications Group: The Microimaging Applications Group (MAG) comprises five imaging technology leaders: Gatan, Media Cybernetics, Photometrics, QImaging, and MAG Biosystems. These partners work independently as well as in synergy to offer an unparalleled range of solutions for microimaging applications. Michael Reubold spoke with Steven Ridge, MAG´s Vice President of Marketing about the concept and strategy behind the formation of MAG. Imaging & Microscopy: Mr. Ridge, what was the reason for the creation of MAG? moreNov. 01, 2007

FRET, FRAP, FISH - Technology & Techniques

FRET, FRAP, FISH - Technology & Techniques. The use of fluorescence microscopy in the life sciences runs the gamut from basic photodocumentation to dynamic single-molecule fluorescence (SMF) studies. Recent advances in digital imaging technology are helping to expand the utility and popularity of many fluorescence microscopy techniques, including Förster resonance energy transfer (FRET), fluorescence recovery after photobleaching (FRAP), and fluorescence in situ hybridization (FISH). more