Used PERKIN ELMER 330 #9048078 for sale

PERKIN ELMER 330 is a high performance single beam spectrophotometer designed for quantitative measurements in a variety of analytical applications. It utilizes low noise detectors, variable wavelength scanning, and an intuitive graphical user interface for accurate and precise data analysis. The equipment is designed with two optical components - a light source and a detector, to measure optical absorption or emission in materials containing chromophores; such as pigments, proteins and more. The light source can be easily adjusted to provide light in the visible or ultraviolet regions of the spectrum. The system also offers variable scan rates from 0.50 nm/min to 24.0 nm/min. 330 has the capacity for advanced optical set-up and measurement modes, allowing for a wide range of applications in measurement of spectrophotometric levels of materials. For example, a quantitative analysis can be performed using the 'Kinetics' mode which allows time-dependent measurements to be taken. Furthermore, the Extended Range Mode (ERM) enables higher levels of absorbance to be read accurately. The detector in PERKIN ELMER 330 unit is designed with low noise amplification technology and a wide dynamic range for more reliable measurements. Furthermore, it is designed with a number of advanced features such as 'Shutterless' mode which allows for easier repeatability and reproducibility of absorbance readings. Data that is outputted from the spectrophotometer can be accessed via an ethernet connection or alternatively saved onto USB storage. Furthermore, 330 machine also has a variety of software programs designed to obtain data outputs and allow for efficient analysis and reporting. In conclusion, PERKIN ELMER 330 tool is an advanced spectrophotometer designed for accurate and precise analysis of optical absorption and emission of materials. Its advanced optical set-up and state-of-the-art detectors make it a well-suited instrument for a wide range of applications in material science and biochemistry.