Used SHIMADZU ICPS-7510 #293609849 for sale

Manufacturer
SHIMADZU
Model
ICPS-7510
ID: 293609849
Plasma mass spectrometer.
SHIMADZU ICPS-7510 is a high-performance, dual-beam spectrometer that is an essential component in the analytical lab. It features an enhanced optical system, with superior sensitivity on the sample cell and enhanced light path stability. The instrument is designed to meet both experimenters' needs and the demands of modern research. The highly sensitive, dual-beam detector of ICPS-7510 ensures high-resolution data capture and performs more reproducible measurements on samples of all scales. It features advanced data processing that advances spectral quality and reproducibility. With dual lasers and dual spectral windows, the device can control its wavelength range for fast, accurate measurements over the range 300-2400nm. The spectrometer is equipped with automated sample excitation, making it easier to measure samples from a wide range of sources. It is fully compatible with the LabSolutions software suite, which includes advanced data processing capabilities and provides enhanced accessibility and control of the spectrometer from a wide range of devices. SHIMADZU ICPS-7510 is highly customizable, with a range of different accessories to support multiple applications. It is ergonomically designed with an intuitive interface and easy to use controls, allowing for easy operation and data analysis. Its light and durable construction makes it ideal for setting up in different locations and ensures portability. The spectrometer runs on low-noise, low-noise, high-stability electronics, allowing it to deliver accurate data even in the most demanding of experiments. To sum up, ICPS-7510 is a high-performance, dual-beam spectrometer that offers superior sensitivity, enhanced light path stability, and advanced data processing. It features automated sample excitation and is highly customizable and easy to use. The instrument is equipped with low-noise, high-stability electronics for accurate data in even the most challenging of experiments.
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