Convert RPM to RCF, then see why equal ×g does not always mean equivalent centrifugation. Learn how rotor radius, path length and k-factor affect protocol transfer.
Some laboratory samples cannot separate well with low-speed spinning. A high speed centrifuge gives stronger separation force for microtubes, cells, bacteria, precipitates, proteins, and molecular biology work.
Choosing a centrifuge is rarely about “the fastest machine.” In real labs, the right choice is the one that matches your samples, your workflow, and your separation goal—whether that’s clean layer separation for blood tubes or fast clarification in microtubes.
Choosing the right clinical centrifuge is an essential step in ensuring accurate, reliable, and efficient processing of clinical samples.