Used MOLECULAR DEVICES SpectraMax ET #9055452 for sale

MOLECULAR DEVICES SpectraMax ET is an advanced laboratory equipment and accessory designed to detect, measure, and analyze light. The device utilizes a unique and patented optical design that combines a wide spectral range with advanced light scattering detection capabilities. It is ideal for applications in a wide range of lab setting and can be used to measure light intensity from fluorescent sources, absorbance of fluorescent substrates, absorbance of chemiluminescent substrates, and for many other light-based applications. SpectraMax ET employs an absorptive detection design, as opposed to a reflective design, which is capable of providing the highest signal-to-noise ratio of any optical detection system. The device comes standard with a high-accuracy wavelength calibration function, so that it can accurately determine the wavelengths of light emitted from a sample and is capable of operating up to 2800 nanometers. This makes it ideal for measuring samples with a large range of wavelengths. In addition to a wide spectral range, MOLECULAR DEVICES SpectraMax ET also offers advanced light scattering capabilities, which allows it to detect, measure, and analyze the scattering of different types of light. This makes it the perfect tool for determining the size and refractive index of particles in a sample. SpectraMax ET is fully computer-controlled, allowing for precise control of sample parameters. The device is equipped with a built-in UV-Vis spectrophotometer, which allows for the measurement of absorption and fluorescence signals, and includes a detection range from 200 to 800 nanometer, making it suitable for a variety of experiments. MOLECULAR DEVICES SpectraMax ET is an advanced and highly versatile piece of laboratory equipment and accessory. Its wide spectral range and advanced light scattering capabilities make it ideal for measuring light effects from a wide range of particles. It is fully computer-controlled and equipped with a UV-Vis spectrophotometer, making it capable of operating from 200 to 800 nanometers for a variety of experiments. This powerful device is the ideal tool for any laboratory setting, providing accuracy and precision for detailed analyses.