Used FISHER SCIENTIFIC AccuSpin 1R-75003449 #133207 for sale

FISHER SCIENTIFIC AccuSpin 1R-75003449 centrifuge is designed to help you quickly and efficiently separate materials by density. This high-performance micro-centrifuge is ideal for the preparation of samples ranging in size from 1 microlitre to 500 microlitres. It may be used in clinical, laboratory, industrial, and medical applications. The unit operates with a low-maintenance brushless motor that generates extreme rotational forces. Its digital control system, with seven preset speeds and four programmable acceleration/deceleration profiles, ensures accurate, reproducible high-speed results. The maximum g-force range is up to 7400 RCF. FISHER SCIENTIFIC AccuSpin centrifuge features an all-metal construction with a robust and reliable step-less lid-lock mechanism for safe operation. Its compact size and light weight makes it ideal for either bench-top or overhead use. The centrifuge has a transparent user-friendly touchpad control system with - adjustable timer from 0 to 99 minutes and an LCD display for measuring elapsed time, speed, RCF and program setting. The unit incorporates an automatic "acceleration detection" and the option of an audible "start-stop" safety feature. AccuSpin 1R-75003449 provides digital overload protection and a "health alert" function which will alert the user if any issues arise. An automatic line/mains failure detection feature also ensures that the centrifuge is not operating if unsafe voltage levels are detected. In addition, the centrifuge is designed with a lightweight polycarbonate rotor chamber and various adapters that provide a secure seal and vibration-free sample placement. FISHER SCIENTIFIC AccuSpin 1R-75003449 centrifuge also features the convenient C-series tube adapter for fast and easy sample loading and unloading. This user-friendly centrifuge is safe, reliable and offers accurate results. It is equipped with numerous safety features, is compact and lightweight, and is ideal for efficient and accurate high-speed separations of small samples.