Used BECKMAN COULTER J6-MIE #9047209 for sale

BECKMAN COULTER J6-MIE Centrifuge is used in laboratories for low to high volume applications. It is capable of processing samples at speeds of up to 24,000 rpm, or 70,000 x g, and is designed with exactly the same drive, rotor chamber, and lid as its predecessors, the J2-MC and J6-MC Centrifuges. J6-MIE also has a range of additional features including gap-free lid-to-rotor sealing, a balanced drive for silent operation, and an intuitive, color touchscreen digital display. The digital display allows the operator to easily view line diagrams, parameter listings, and operating conditions. Settings for conditions such as acceleration/deceleration, time, and temperature can be pre-set by the touchscreen. In addition, BECKMAN COULTER J6-MIE has a menu with a list of commonly used protocols, and it comes with two innovative memory packages - the Instant Use Memory and the Instrument Package Memory which allow users to easily store their favorite and frequently used settings. J6-MIE has an adjustable maximum load imbalance indicator that helps the user know how much force the rotor is under. This safety feature keeps the rotor from becoming overloaded at high speeds. Also included is a rotor speed indicator that gives the user an exact look at the rotor RPM and can alert the user if the rotor is going too fast. In terms of reliability, BECKMAN COULTER J6-MIE has been designed to provide continuous operation for thousands of runs - even when subjected to the highest levels of environmental contaminants. The motor features auto detection for voltage and frequency fluctuations, as well as a thermal overload cutoff feature that provides a streamlined protection. Overall, J6-MIE Centrifuge provides an efficient, high-performance solution for users who need a reliable and powerful piece of equipment for their research and sample preparation. Its robust design, intuitive touchscreen display, and reliable motor guarantees maximum performance and minimal maintenance for any laboratory.