Used CLAY ADAMS Nutator #9290773 for sale

CLAY ADAMS Nutator is a laboratory equipment used to mix cellular media and reagents homogenously in tissue culture or cell biology. It is powered by a motor and uses a two-ended motor-driven paddle to gently rock or rotate vessels in the culture chamber. Nutator provides smooth, consistent mixing or rotation at two speeds and can accommodate a variety of vessels and a wide range of volumes. The device allows for minimal interference with the liquid or media composition and has variable tilt angle control for optimized mixing. CLAY ADAMS Nutator is designed for convenience and accuracy of mixing as it features a digital timer display, with adjustable time from 1 to 60 minutes, as well as an LCD display that alternates between set time and time remaining. Nutator has a user-friendly control panel with a start/stop button and power switch. Additionally, CLAY ADAMS Nutator is designed to provide a very low-level of noise and vibration for a quiet and productive laboratory environment. Nutator is commonly used in a variety of laboratory applications including cell culture and reagent mixing, cell dissociation or disruption and inclusion body preparation, cell or particle isolation and homogenization, bioprocessing and culturing, protein purification and antibody production, and suspension cultures. Its universal mixer design can accommodate tubes, flasks, and similar vessels, including glass, polypropylene, and PET. It is also compatible with a variety of polystyrene and polycarbonate culture vessels and can accommodate up to a 2L flask filled with 1.5L of medium. CLAY ADAMS Nutator is an easy-to-use, reliable, and robust mixing equipment ideal for cell culture, bioprocessing, and suspension cultures in the laboratory. Its simple design and components, digital timer display, and adjustable mixing speed provide superior mixing and tumbling of cultures and reagents for maximum yield and repeatable results. Nutator's low noise and vibration also ensure a quiet and productive laboratory environment.