Used APPLIED BIOSYSTEMS 785A #9107716 for sale

APPLIED BIOSYSTEMS 785A is a versatile spectrophotometer that is capable of measuring various chemical compounds and analyzing their chemical structure. This spectrophotometer utilizes dual-wavelength optics and can collect quantitative data at electronic wavelengths ranging from ultraviolet (UV) to near infrared (NIR). 785A is equipped with a sophisticated optical filter system, allowing it to accurately select specific wavelengths. This allows the user to only measure compounds at wavelengths that are beneficial to the research or analysis. This spectrophotometer provides the means to generate an absorbance spectrum, which can be easily analyzed to identify the components present in a sample. APPLIED BIOSYSTEMS 785A has built in flexibility in both its wavelength selection and digital processing. This allows the user to quickly adjust the parameters around a specific wavelength or set of wavelengths to achieve the desired result. The spectrophotometer is also equipped with a detector that is capable of measuring a wide range of light intensity. This allows for the user to easily calibrate the spectrometer, ensuring accurate results across a wide range of samples. 785A also offers a broad range of compatibility with existing data acquisition systems. This allows users to quickly integrate the spectrophotometer into their current data acquisition processes or transfer complex data sets across different data formats. This highly versatile spectrophotometer is also capable of autocalibration, allowing it to quickly identify and adjust to changes in wavelength, noise, and other spectroscopic parameter changes. APPLIED BIOSYSTEMS 785A is comprised of advanced components and control systems which make it an ideal instrument for analytical applications. The system can be used to perform a wide range of spectroscopic analyses, including absorption, fluorescence, and emission spectroscopies. This spectrophotometer can provide a robust and reliable means of measuring and analyzing a broad range of chemical compounds. Furthermore, the user can have access to detailed data in an easy-to-understand graphical format.