Used SORVALL Cellwasher 2 #71679 for sale

Manufacturer
SORVALL
Model
Cellwasher 2
ID: 71679
Centrifuges Currently stored ~1994-1999 vintage.
SORVALL Cellwasher 2 by Thermo Fisher Scientific is a powerful centrifuge specifically designed to separate and disrupt cell preparations for downstream applications such as cell lysis and nuclear preparation. This centrifuge is commonly used in the cellular and molecular biology labs to prepare cells for further laboratory processing. Cellwasher 2 is equipped with a powerful high speed-high g-force motor that can achieve up to 12,000 x g. This results in maximum cell disruption allowing cell suspensions to be prepared in a fraction of the time compared to traditional methods. It also has a digital speed control that offers precise speed control and has a wide range of speeds (ranging from 500 to12,000 RPM). The motor is designed to deliver steady and reliable operation, making it a great choice for high throughput applications in the lab. SORVALL Cellwasher 2 also comes with a high capacity four-place swinging bucket rotor that offers efficient and reliable sample processing for up to four samples at once. It has a robust design so you can be sure it will hold up in the harshest laboratory environments. It also features a built-in timer that allows you to program run times from 1 minute up to 99 minutes for consistent and repeatable results. In addition, this centrifuge has a unique and innovative safety feature, which prevents accidental opening of the lid when the rotor is spinning. This helps protect operators from injury and contamination from aerosols. Cellwasher 2 is also equipped with a number of other user-friendly features, including a brushless motor and an ergonomic design with convenient touchpad controls and a digital display. SORVALL Cellwasher 2 is a powerful, high-speed centrifuge designed for high efficiency, precise speed control, and reliable operation. Its robust design and safety features make it an ideal choice for cell disruption, lysis and nuclear preparation applications in the modern lab.
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