Used SHIMADZU IR Prestige-2 #9078484 for sale

SHIMADZU IR Prestige-2 is a high-performance, single-beam spectrometer designed for fast, accurate, and versatile infrared spectroscopy. It has an dual-axis grating for rapid examine and analysis of samples and provides unparalleled performance in the laboratory. With is advanced components and technology, the Prestige-2 is suitable for a range of spectroscopic applications. The Prestige-2 features a high-performance, 1600 l/mm grating with a wide range from 900 nm to 7800 cm-1. Its integral liquid Nitrogen cooling coupled with an optical-cooling system ensures significantly precise and reliable measurements in a wide range of temperatures. The advanced spectrometer is outfitted with an FTS, high-sensitivity Examine, and v-dim technology which allow for delicate internal structural analysis even at low temperatures. The Examine technique has a low-noise detector that enables measurements of weak signals. The instrument also features a dual-axis, low-drift scanning system for faster sample acquisitions. IR Prestige-2 operates with a high-speed scanning mechanism that allows for a responsive analysis of samples. With its active spectral analysis functions, it is capable of a wide range of measurements from both standard and non-standard waveforms. Its advanced processors ensure high accuracy and resolution of samples. The analytical capabilities of SHIMADZU IR Prestige-2 make it an ideal tool for applications such as organic and inorganic compound analysis, polymer analysis, metallurgical analysis, and chemical composition analysis. Its versatility makes it excellent for laboratory use, academic research, and industrial processes. Overall, IR Prestige-2 is a powerful and versatile laboratory spectrometer designed for fast, accurate, and reliable measurements. Outfitted with highly advanced components, it provides a cutting-edge solution for precise analysis of samples. Its robust design ensures reliable performance under a variety of conditions, making it an uncompromising choice in spectroscopy.