Used SHIMADZU SIL-HTA #9109176 for sale

SHIMADZU SIL-HTA is a high-performance spectrometer equipment designed to provide fast and accurate analyses for a wide range of applications. It combines high performance with superior convenience, allowing operators to conduct routine analytics with minimal effort. SIL-HTA features a patent-pending double-beam optical system with a near-infrared source whose wavelength range covers from 2.5 μm to 2.6 μm, and a detector unit with superior wavelength resolution (up to 0.013 nm). This machine provides reliable and reproducible accuracy in measurements. In addition, SHIMADZU SIL-HTA is designed to lower maintenance cost and improve reliability with its easy-to-replace optical cabinet components, such as sources, filters, mirrors, and lenses. The tool's powerful control and data acquisition asset is designed to provide fast and accurate data acquisition, performing simultaneous scans of up to two wavelength ranges. It also supports up to four channels for simultaneous acquisition of fluorescence spectra and other related measurements, enabling high-speed measurements in applications such as process monitoring and quality control. SIL-HTA also provides operators with easy-to-understand and easy-to-operate software, enabling them to quickly perform the most accurate and sensitive spectral analysis using their own methods and settings. It is designed to produce high-quality data with low noise levels, and the instrument offers a wide range of features for scanning, integration, identification, quantification, and evaluation. In addition, SHIMADZU SIL-HTA can be connected to an external PC for further analyses and data manipulation. SIL-HTA is a reliable model that offers fast, accurate, and reproducible results for a wide range of applications. With its near-infrared source and superior wavelength resolution, and its convenient and powerful software, SHIMADZU SIL-HTA is an ideal instrument for any laboratory looking to streamline their analyses and improve their quality control processes.