Used CORNING 442 #9087509 for sale

CORNING 442 is a multifunctional lab apparatus that offers a variety of applications. It is used to measure light intensity, absorbance and fluorescence through optical transmission measurements. This high-performing monochromator with adjustable spectral bandwidth, covers a broad spectral range from 185 nm to 1000 nm, enabling it to support various kinds of photometric and fluorometric applications. 442 comes with 20 select filters and a variable slit to insure accurate and repeatable results. It uses an adjustable mirror projection equipment which minimizes computer crashes and optimizes dynamic auto-focusing speed and precision with its hybrid design. This system also allows for precise focus settings and high resolution imaging. This stable construction also provides a high degree of vibration resistance, creating a secure platform for instrument setups. The unit also includes a control panel with an intuitive graphical user interface (GUI) which enable users to set up a range of functions. The built-in features include spectra selection, scan averaging, auto-focus mode, and exposure control. It gives users the ability to easily manipulate optical parameters for optimal performance. For sample compartment illumination, CORNING 442 has two high intensity LED light sources with adjustable power and exposure time. To further ensure that the light intensity and timing of the experiment are optimal for each application, each light source has an independent control panel with power, exposure, and shutters. The machine also includes two liquid sample chambers and a variety of accessories for a specified application. These accessories include test tubes, beakers, and stirring rods. This tool allows users to clearly identify optical parameters, avoiding erroneous results from measuring a non-homogeneous asset or sample. To ensure that experiments run effectively, 442 is compatible with various microscope stages and optical components. It is also equipped with a video and thermal imaging module to estimate the temperature and its effect on sample behavior for better monitoring. Additionally, its modular construction permits easy addition of modules over time, providing a long-term, cost-effective solution. In conclusion, CORNING 442 is a reliable and sophisticated lab apparatus for accurate light intensity, absorbance and fluorescence measurements. It is designed with an adjustable mirror projection model, allowing users to precisely adjust and optimize the optical parameters for optimal performance. Additionally, its modular construction enables users to expand the equipment over time for future requirements.