greateyes has launched ALEX, a new low-noise deep-cooling camera series. This new platform supports spectroscopy applications in the VUV, EUV, soft and hard X-Ray ranges. ALEX integrates cutting-edge low-noise electronics and ultra-deep cooling technology, while keeping a compact camera design. Multiple selectable readout speeds support pixel rates from 50 kHz up to 5 MHz. True … Continue reading
“At the heart of the power of multiplexing are two technological innovations: fluorophores…and optical filters for the imaging instruments…” In part 2 of a 3-part series on multiplexing, Chroma Technology, in collaboration with Science Magazine, talks more about the technological advances that have developed to help make multiplexing a more powerful method of imaging, as … Continue reading
Fluorescence multiplexing itself is not new, but its power to acquire large amounts of relevant biological information quickly has advanced significantly in the last few years. Do you have questions about multiplexing? Despite its usefulness to correlate multiple elements, many are unfamiliar with recent advances which are expanding application of this technique. That is why … Continue reading
Would you like to record, save and share videos with your conventional night vision device? Photonis can make a coupling between their high performance image intensifier tubes and CMOS sensors. The Photonis’ ICMOS is a low light intensified camera module that features high-definition resolution, high sensitivity and extended dynamic range with low power consumption. ICMOS … Continue reading
Bigger is not always better – but ALEX definitely is both! A brand new ALEX 16-MegaPixel camera is leaving the greateyes premises in Berlin. Soon it will serve customers at the forefront of scientific discoveries with its unique specifications. Features include: -90 °C deep cooling GigE/USB 3.0 interface Multi-MHz readout 4 output nodes 18-bit ADC … Continue reading
Lambert Instruments is pleased to recognize the work described in a recent Nature Methods article authored by the research group of Professor Elizabeth Hillman at Columbia University in the City of New York. The researchers used SCAPE microscopy in combination with the Lambert Instruments HiCAM Fluo to achieve high-resolution volumetric imaging at over 300 volumes-per-second … Continue reading
