Used JASCO FT/IR 4700 #9382716 for sale

JASCO FT/IR 4700 is an FT/IR spectrometer that is used for the purpose of material analysis in a wide range of fields including biological, pharmaceutical, medical, and food. This top-of-the-line model has a wide range of features that are designed to maximize performance and accuracy. It possesses a mid-infrared source that provides a spectral range of 2,000-8,000 cm-1. The large MCT detector has a detection sensitivity of 0.9×10-8Abs. The FT/IR equipment is also equipped with a magnetic sector that operates at up to 20,000 rpm, providing high-speed transmission spectra without degradation in the signal-to-noise ratio. The magnetic sector also has the added benefit of reducing line broadening and noise interference, making the system ideal for use in pharmacology or food safety applications. The unit also boasts optics with high dynamic resolutions, allowing it to be used for highly sensitive analyses as well as wide-bandwidth analyses. JASCO FT/IR 4700 also comes with advanced software that allows samples to be analyzed in multiple modes, including absorption, reflection, transmission, and thickness. This instrument also uses an automated sample scanning mechanism to quickly and accurately identify sample components. Analysis of constituents can be done using either qualitative or quantitative techniques, allowing for efficient data collection and analysis. On top of this, the software includes comprehensive and interactive graphics to enhance data visualization. JASCO FT/IR 4700 is an invaluable piece of research equipment and its accuracy and user-friendliness make it suitable for any laboratory that requires FT/IR analysis. The advanced features integrated into this machine make it ideal for a variety of applications, such as food quality control, pharmaceutical, medical, and environmental testing. The automated sample scanning technology and comprehensive software ensure fast and reliable analyses without compromising accuracy. With JASCO FT/IR 4700, researchers can get consistent, accurate results, allowing them to achieve the highest precision in their analysis.