News & Announcements
New KURO™ Camera Is First in World To Utilize Back-Illuminated Scientific CMOS Sensor Technology for Ultra-Low-Light Imaging and SpectroscopyNovember 11, 2016
Princeton Instruments is pleased to introduce its KURO:1200B, the world’s first scientific CMOS camera system to implement back-illuminated sensor technology. Until now, this key technology had been leveraged almost exclusively by CCD camera systems, which despite their excellent sensitivity are unable to match CMOS frame rates.
SOPHIA-XO – A VUV and direct x-ray detection camera designed for ultra-sensitive measurements in the 10 eV to 30 keV energy range.November 10, 2016
Princeton Instruments is pleased to introduce its SOPHIA-XO:2048 high-speed, ultra-low-noise camera, which is engineered to address even the most demanding very low flux scientific applications. The camera features a 2048 x 2048, 15 µm2 pixel CCD and provides >3 fps with 16 MHz readout speed at full resolution.
Princeton Instruments introduces the world’s first aberration-free spectroscopy sytem - FERGIE - to Chinese researchers.
New compact, research-grade spectroscopy system that delivers aberration-free imaging and can be set up for a multitude of different experiments in minutes.September 19, 2016
Princeton Instruments announces the launch of the FERGIE™ spectroscopy system. FERGIE is a fully integrated, aberration-free spectrograph with a built-in, low-noise, cooled detector.
Princeton Instruments releases LightField® 6.0 – Next generation scientific imaging and spectroscopy software with Windows 10 supportSeptember 15, 2016
Princeton Instruments is pleased to announce a major upgrade to its acclaimed LightField software with support for the Windows 10 operating system.
From Astronomy to X-ray Applications: Next-Generation, Ultra-Low-Noise SOPHIA™ Cameras Ready to Revolutionize ResearchFebruary 16, 2016
Princeton Instruments is pleased to introduce its SOPHIA series, a line of next-generation, ultra-low-noise cameras engineered to address even the most demanding low-light-level scientific applications. These cameras feature Princeton Instruments’ proprietary new ArcTec™ thermoelectric cooling technology and will be shown publicly for the first time at SPIE Photonics West in San Francisco, February 16–18.
Princeton Instruments is pleased to introduce the new incarnation of its extremely popular PI-MTE in-vacuum x-ray camera line, now featuring specially designed higher-sensitivity CCDs.
Researchers affiliated with the Department of Medical Physics and Bioengineering, University College London, designed and tested a NIR spectroscopy system, which includes an Acton LS-785 spectrometer and PIXIS 512 CCD camera, to aid in the diagnosis of neonatal brain injury.
This new addition to the popular NIRvana® line features a specially designed InGaAs focal plane array (FPA) that has extremely low readout and thermal noise that is ideal for ultra-low-light imaging and spectroscopy.
The new ProEM-HS:1024BX3 is a 1024 x 1024 pixel back-illuminated EMCCD camera with patented eXcelon®3 technology (X3) for low-light imaging and spectroscopy applications.
The first major upgrade of this powerful software, LightField version 5.0, incorporates hundreds of enhancements and exclusive features.
Researchers in Australia Use Princeton Instruments IsoPlane® Spectrometer To Detect Distortion-Free Extinction Spectrum of NanoparticlesMay 1, 2014
Princeton Instruments applauds the recent work of Saulius Juodkazis on a line of nanoparticles in array was imaged and an extinction spectrum was detected without distortions thanks to the sharp focus and astigmatism compensation of the Princeton Instruments IsoPlane spectrometer utilized by the group.
New InGaAs Camera Engineered for Advanced, Low-Light, NIR/SWIR Applications in Life and Physical SciencesMarch 18, 2014
Princeton Instruments is pleased to introduce a new member of the NIRvana® family of InGaAs imaging cameras, the NIRvana 640ST. Princeton Instruments’ scientific-grade NIRvana camera series is the world’s first to utilize a deep-cooled indium gallium arsenide (InGaAs) focal plane array for research.
Researchers at University of Wisconsin-Madison Measure 2D SFG Spectrum of a Peptide Using Princeton Instruments CCD CameraMarch 11, 2014
Princeton Instruments, a leading manufacturer of sensitive low-light imaging and spectroscopic instruments, hails the landmark 2D SFG measurements performed on an interface-bound peptide by the Zanni group at the University of Wisconsin-Madison.