Used BIO-RAD FTS 175 #9056444 for sale

BIO-RAD FTS-175 is a state-of-the-art Fourier transform spectrophotometer (FTS) that offers the highest resolution and sensitivity in the UV-VIS-NIR range. This compact spectrometer offers superior performance in a variety of applications, including analytical chemistry, materials science, and life sciences. FTS-175 utilizes ultra-stable design features such as an air-cooled air-bearing interferometer, a low-polymer thermal noise control system, and an adaptive device alignment system to achieve the highest resolution and dynamic range. The spectrometer also comes with a variable integration time to enhance the signal-to-noise ratio, as well as a wide wavelength range (200-3000 nm) to fit specific measurement requirements. This spectrometer is also equipped with advanced software features and an intuitive graphical user interface (GUI). This user-friendly interface makes it easy to set up and take data from BIO-RAD FTS-175. It also provides a wide range of signal processing capabilities such as background subtraction, baseline removal, and peak integration. The software also supports multi-dimensional spectral analysis techniques and calibration and validation routines for better accuracy and precision. FTS-175 is designed to measure a wide variety of sample types and applications. It has a temperature-controlled sample table and a large sample entrance slit to accommodate a variety of sample containers. It also comes with an optional transmission sample compartment for measuring solid samples. This high-performance spectrometer also features a variety of environmental sensors and a wide range of compatibility with other instruments to provide improved measurement capability. It is also compatible with various accessories such as scanner motors, portals, and accessories for custom sample holders securely fixed to the sample table. The robust design of BIO-RAD FTS-175 makes it a great choice for many demanding applications. Its features meet and exceed the industry standards for abrasion, vibration, shock, and environmental conditions. Its optimized design also provides maximum throughput and minimal maintenance for long-term performance.'