Perform custom calculations with our RPM and RCF calculator and find theg-force of your Thermo Scientific™ Fiberlite™ centrifuge rotor at any rpm. Learn more Featured Videos 0:00 Centrifuge Manufacturing Excellence A broad portfolio of centrifuges and accessories to suit any ...
More accurately, you should ask how many times g you need to set the centrifuge for, and then calculate the appropriate RPM for the rotor in your model (if you still have the instruction manual, often you don't even have to break out a pencil and calculator, just look for the conversio...
Batch Centrifugation Register to watch a webinar on the role of batch centrifugation during cell therapy manufacturing. Register Now Documentation and literature Portfolio Centrifuge Portfolio Brochure Lab Centrifuge Infographic Smart notes Application notes ...
RPM vs RCF calculator for Fiberlite rotors Have you found a few Fiberlite rotors but are not sure which is exactly right for your lab? This convenient calculator displaysgforces at various speeds to match a rotor to your applications. Compare rotors and also perform custom calculations for specia...
It is often necessary to separate whole blood cells from their blood plasma or serum medium so that subsequent reaction of the plasma with various reagents can proceed. Such a separation step often involves spinning a platter or rotor at a high speed, up to 10,000 RPM, to achieve the ...
“shake or shimmy” mode need not be implemented after every scraping mode but may be used at predetermined intervals. It should be further understood that the use of the “shake or shimmy” mode may instead be determined by the PLC based on its calculations from the measured load. For ...
Flow rate as a function of rpm and collection efficiency as a function of particle size were determined experimentally. For simplicity, only the flow field of two (nonrotating) displaced slits was mathematically analyzed. The resulting 2-D solution of the Navier-Stokes equation was used for ...
RPM vs RCF calculator for Fiberlite rotors Have you found a few Fiberlite rotors but are not sure which is exactly right for your lab? This convenient calculator displaysgforces at various speeds to match a rotor to your applications. Compare rotors and also perform custom calculations for specia...
with performance equivalent to that of a traditional microcentrifuge. Moreover, the centrifuge designed in the study was able to reach up to 9000 rpm, corresponding to the RCF 4274 g, which is capable of meeting the application of blood separation. Given its unique features, it shows excellent...
The wall of the test centrifuge was set to be static, the internal flow field was set to rotate around the central axis, and the speed was 38 rpm. The external flow field was relatively static; the external flow field contained the central axis wall. The absolute motion of the central ...