Operating conditions: 121°C / 15 psig (1 bar), 20 minutes at a time.

PP/PPCO/PMP/FEP and ETFE products can be sterilized several times under normal conditions. PC and PSF containers can also be sterilized at high temperature and pressure under the same conditions, but their mechanical strength and service life will be reduced. If you sterilize PC or PSF products, be sure to follow the above inspection guidelines.

Step 1: Soak in non-alkaline detergent
remove the tightly adhering residue pH neutral cleaning solutiona void corrosion by alkaline substancese specially polycarbonate (PC) products
Step 2: Non-abrasive brush scrubbing
Remove residues using a rubber or fluoropolymer brush to avoid scratching or excessive wear of the centrifuge equipment.
Step 3: For the final rinse, use distilled water.
Step 4: Wind drying

1. If it's a disposable centrifugal instrument, please discard it immediately
2. If the centrifuge has been used with hazardous materials, please disinfect it before disposal
3. If it's a reusable centrifuge, it needs to be carefully cleaned according to the steps provided

At high speeds, the centrifuge experiences very strong centrifugal forces, which can cause the appliance to rupture. To ensure safe laboratory operation, all centrifuges should be inspected before each use.

How to check?
Plastic centrifuges are easy to inspect and do not require special equipment. Before placing the tube at an angle to the light, observe initial signs of excessive stress on the plastic, such as darkening, discoloration, or visible "cracks" (visible slits). Over time, these cracks will widen and eventually render the tube unusable.

Almost all centrifuges can be used for blood. We need to consider how many g and sample volumes when we run a centrifuge.

A good, precise protocol for centrifugation instructs you to use the g force rather than RPMs because the rotor size might differ, and g force will be different while the revolutions per minute stay the same.

The relative centrifugal force (RCF) or the g force is the radial force generated by the spinning rotor as expressed relative to the earth's gravitational force. The g force acting on particles is exponential to the speed of rotation defined as revolutions per minute (RPM).

A centrifuge is a device, generally driven by an electric motor, that puts an object, e.g., a rotor, in a rotational movement around a fixed axis. A centrifuge works by using the principle of sedimentation: Under the influence of gravitational force (g-force), substances separate according to their density.

At present, laboratory centrifuges on the market use AC series motors and brushless inverter motors. 

The rotor and the electrical motor are the basic parts  for a centrifuge.The rotor assembly is the part that is responsible for generating the spin and transferring the rotational motion. The motor converts electrical energy into mechanical energy and kinetic energy.

By our experiences, the universal benchtop centrifuge is the most common ones with volumes range from 0.2ml-800ml.

A laboratory centrifuge is a basic scientific instrument in the  laboratory，which can separate liquid samples such as blood at a certain speed.