Used MOLECULAR DEVICES SpectraMax M2e #9290017 for sale

MOLECULAR DEVICES SpectraMax M2e is a multipurpose laboratory equipment and accessory. It is ideal for labs that are looking for a highly versatile and cost-effective equipment for measuring optical signals. SpectraMax M2e comes with a variety of features such as a built-in spectrometer, a computer with software that allows for data analysis, and an intuitive user interface. The spectrometer on MOLECULAR DEVICES SpectraMax M2e can measure a variety of wavelength ranges with high accuracy and precision. It has a wide linear dynamic range that allows users to measure a variety of sample types in different environments. The instrument can easily measure from visible to near infrared wavelengths, making it ideal for many applications. The software on SpectraMax M2e makes data analysis easy and efficient. It allows users to analyze spectra, compare different samples, and calculate important parameters like absorbance, extinction coefficients, and quantitation. The system also provides advanced features like kinetics, spectral subtraction, and multiple scans. The intuitive user interface of MOLECULAR DEVICES SpectraMax M2e makes it easy to use. The unit is designed for novice users with minimal training and it has a clear layout of buttons and displays. The machine also comes with a library of pre-loaded methods and protocols, allowing users to quickly get started on their research. The performance of SpectraMax M2e is excellent. It has reliable, accurate, and reproducible results with minimal errors and low noise. It is also simple to maintain as it has an automatic cleaning process that helps to prevent dust and debris build-up. Overall, MOLECULAR DEVICES SpectraMax M2e is an excellent choice for any laboratory that is looking for a reliable and cost-effective tool for measuring optical signals. It is a versatile and user-friendly tool that has a wide linear dynamic range, intuitive user interface, and advanced data analysis capabilities. The M2e also provides consistent, accurate, and reproducible results, making it an ideal choice for many scientific projects.