Used GILSON FC 206 #9108881 for sale

GILSON FC 206 is a laboratory equipment and accessory that is used to fractionate complex mixtures using centrifugal force in a controlled environment. It is suitable for a wide range of applications including fractionation and testing for mammalian cell growth, separation of proteins, nucleic acids, and cells, and for preparation of samples for analysis. FC 206 is constructed out of durable stainless steel and features a reinforced cabinet, making it resistant to scratch, corrosion, and damage. It also has blue polypropylene interior walls that are UV-resistant for added protection. The centrifuge is designed to operate at speeds up to 8,000rpm, delivering up to 20,000 x g of centrifugal force and providing rapid and efficient fractionation solutions. The equipment offers a wide range of speed and acceleration settings that can be preselected on the digital control panel, including an extensive range of time and speed settings. The digital control panel also enables users to quickly establish optimal conditions for their particular mixtures and determine the necessary parameters to ensure that the samples are correctly fractionated. GILSON FC 206 is designed with a variety of accessories, such as the standard Rocker Arm Platform which allows for the addition of multiple tubes to a single rotor for fractionation with improved sample volumes. It also comes with an adapter set for 50ml and 15ml tubes, a 500ml Swing Bucket, removable 0.5ml Storage Plate, four-blade centrifugal tubes, and a balance weight for maximum control. For ease of use and sample protection, the centrifuge also offers an automatic emergency shut-off feature, which is activated when an internal temperature exceeds preselected levels. It also has a user-friendly LED display and audible alarm to provide immediate feedback to users and alert them to any changes in temperature. FC 206 is the ideal centrifuge for fractionation, testing, and sample preparation, allowing users to obtain the maximum amount of fractionation with minimal effort. It is designed for use in both clinical and research settings, and it provides superb accuracy and reliability with every use.