Used MOLECULAR DEVICES Spectramax Plus 384 #9045817 for sale

MOLECULAR DEVICES Spectramax Plus 384 is a high-performance multi-mode microplate spectrophotometer from MOLECULAR DEVICES. Ideal for biochemical, cellular, and molecular studies, the instrument is designed to deliver both accuracy and speed in experimental and assay development. Spectramax Plus 384 offers digital monochromator technology to provide a superior level of accuracy and linearity. Highly sensitive, it can measure absorbance levels from 0.0004-3.000 with an accuracy of up to 0.0001 absorbance units, and can operate over a wide range of wavelengths from 250 nm to 750 nm. Additionally, the instrument also provides temperature control up to 45°C with a precision of +/- 0.1°C. The instrument is equipped with a touch-screen control panel and offers several user-friendly features. These include an intuitive user menu system, up to 280 experimental programs, and real-time kinetic performance. Other features include endpoint titration, curve fitting, and datalogging. The instrument can also be integrated with a PC, allowing users to monitor experiments or access the instrument's data acquisition software through Microplate Manager, a powerful data analysis and processing tool. In addition to its sophisticated features, MOLECULAR DEVICES Spectramax Plus 384 also offers a range of accessories designed to enhance its performance. These include temperature control modules, linear and symmetric stirring control modules, and absorbance polarizers. The instrument can be connected to additional spectrophotometers, including the SpectraMax M2 and SpectraMax M5, to facilitate multi-well and multi-function experiments. Aiding its flexibility, the instrument can also connect to a range of multi-channel pipettes, automatically generating and programming dilutions. Spectramax Plus 384 is the perfect tool for researchers working on a variety of biological and biochemical applications. Featuring superior accuracy and user-friendly features, the instrument is designed to maximize efficiency and productivity and to minimize time in the lab, making it an essential component in any research environment.