Used SORVALL RC 5B #125152 for sale

SORVALL RC 5B is a high-performance centrifuge produced by Thermo Scientific that is designed for a variety of applications. The centrifuge utilizes a microprocessor-based system for precision control, setting the acceleration and braking rates accordingly. Constructed of highly durable materials, SORVALL RC-5B is suitable for use in a variety of high-speed separations and applications including cell fractionation, cell lysis, protein purification, and DNA and RNA separations. At the heart of RC 5B is its brushless, direct-drive motor which reduces vibrations and noise, while boosting accuracy and stability. With a maximum speed of 15,000 RPM, this centrifuge is capable of up to 4.1 times the force of gravity (4.1 x g) during use. For delicate samples, the centrifuge features a "Soft Start + Soft Stop" feature that enables controlled acceleration and deceleration. In addition to its speed capabilities, RC-5B is tailored for accuracy and repeatability for routine operations. Using itsbuilt-in electronic programming, users can fine-tune their settings and presets for greater control. With 12 stored programs and up to 24 programmable cycles, the centrifuge is tailored for consistent, repeatable performance. Designed to have a low environmental impact, SORVALL RC 5B features a space-saving auto-balancing system for minimal energy waste and produces minimal noise and vibrations. Moreover, the centrifuge comes with a wide selection of accessories, including a variety of swinging-bucket and fixed-angle rotor systems. Both systems are designed with safety-use-design assurance features for the added protection of your samples. SORVALL RC-5B also features an LED display for easy operation and troubleshooting. Additionally, many safety features have been implemented with this machine to ensure the integrity of your samples remains intact. In conclusion, RC 5B is a robust, user-friendly laboratory centrifuge suited to a wide range of separations and applications. The centrifuge features a high speed and a variety of programming options, allowing operators to perform a more reliable, highly precise and efficient separation.