Ixon range has had a profound influence on photon-starved imaging applications from live cell microscopy and single molecule detection to photon counting astronomy and Bose Einstein condensation
Andor Technology will be unveiling the new improved IxonEM+ EMCCD camera at the Biophysical exhibition, Salt Lake City, Utah.
Andor introduced the first EMCCD detector to the marketplace five years ago and says it has been leading the way with its EMCCD range ever since.
The Ixon range has had a profound influence on photon-starved imaging applications from live cell microscopy and single molecule detection through to photon counting astronomy and Bose Einstein condensation and has been used by many leading research establishments throughout the world.
The new IxonEM+ incorporates all the leading features that has established Andor's Ixon EMCCD range as the detector of choice for dynamic, low-light measurements as well as new innovations including RealGain, TE cooling to -100C and minimal clock induced charge for unrivalled sensitivity and, reduced noise enabling higher dynamic range.
Andor's market development manager Colin Coates says: " We introduced the world's first and leading scientific EMCCD camera and remain the principal player in this field.
"We would like to express a note of thanks in that the innovations of this camera are in response to the excellent comments and suggestions from our customers worldwide.
"They asked us to use our EMCCD expertise to make it even better and we have."
