Used PERKIN ELMER / ABI Prism 377 #185552 for sale

PERKIN ELMER / ABI Prism 377 is a spectrometer that is utilized in a variety of lab applications. This instrument is designed to generate and measure light of certain wavelengths. In doing so, it can provide researchers with a great deal of information about the composition of samples. The main component of ABI Prism 377 is the diffraction grating, which separates the intense light source into bands of individual wavelengths. This allows for precise measurement of light amplitudes and the wavelength of any given original light source. Furthermore, it uses an advanced labeled nucleotide detection system by using lasers to read fluorescent signals from samples. PERKIN ELMER Prism 377 is a powerful instrument for analyzing samples. It is extremely sensitive, with the ability to detect even the smallest differences in wavelength. It is also capable of scanning a range of wavelengths to provide researchers with detailed information. Additionally, Prism 377 is highly reliable, with excellent reproducibility between measurements. In addition to the diffraction grating, PERKIN ELMER / ABI Prism 377 has other components that make it an ideal instrument for many applications. For example, it has an optical filter, which can be used to selectively allow only certain wavelengths of light to pass. It also has a monochromator, which is used to determine the wavelength of incoming light so that the appropriate filter can be selected. This type of instrument is especially useful for DNA analysis, since it is able to detect variations between samples at the molecular level. ABI Prism 377 also has several control features that make it ideal for a variety of applications. For example, it features remote instrument control, which is useful for synchronization with other instruments. Additionally, it has an automatic wavelength calibration, which allows it to be used to detect a wide range of wavelengths with consistency. Overall, PERKIN ELMER Prism 377 is a powerful instrument designed to generate and measure light of certain wavelengths. It is reliable, sensitive and able to detect even the smallest variations in wavelength. Furthermore, it offers a number of advanced features that make it ideal for a variety of lab applications, such as DNA analysis.