Used SORVALL RT 7 #57483 for sale

SORVALL RT 7 is a high capacity fixed angle and swinging bucket centrifuge designed with cooling capability. It is suitable for a variety of laboratory applications and can spin tubes up to 50 mL. This centrifuge offers users a rotational speed of up to 7000 rpm and can offer a force of up to 16,000 x g. It has an easy to read LCD display and a range of built in safety features. The four-liter centrifugation chamber is constructed from stainless steel and can hold up to twenty-four 50 mL conical tubes, sixteen 15 mL conical tubes, and up to sixty 1.5 mL microtubes. An adjustable angle rotor offers flexibility, allowing users to safely and effectively perform separations. The telescoping lid design is designed specifically with safety in mind; it reduces the risk of cross contamination by limiting the opening range of the lid. RT 7 also features an interlock system prevents the rotor from spinning until the lid is closed and locked. SORVALL RT 7's advanced cooling system leverages an intuitive temperature control setting that allows users to precisely control the temperature range of the rotor chamber. This allows users to optimize their performance and extend the lifespan of their samples. This centrifuge is also designed to reduce noise, allowing users to work and research in a more comfortable environment. RT 7's multi-function control panel and LCD display allows users to easily set run parameters and access a range of pre-programmed and custom settings. The included timer can be set up to 99 minutes and is equipped with alarm, end-of-run, and time-out modes to ensure safe performance. SORVALL RT 7 also supports automatic shutoff for when the designated run time is reached, ensuring that users have control over centrifugation times. In addition, the centrifuge includes a memory card reader for easy data entry. The robust design of RT 7 ensures the highest levels of reliability and performance in the laboratory. It is the perfect addition to any laboratory looking to run fast and efficient separations.