Swing-out Rotor Horizontal Centrifuge Low Speed Lab Centrifuge Cell/ Clinical/Biotech/PCR/Research Blood/Plasma/Urine Separation

Centrifugeuse prf uses the principle of centrifugal sedimentation to separate, concentrate or purify cells (particles) with different densities in the solution under the action of centrifugal force.

CTL420 low-speed automatic balancing centrifuge has multiple protection functions such as door cover, overspeed, and imbalance, and is equipped with an electronic door lock to ensure safe and reliable operation. It is driven by a brushless DC motor, maintenance-free, with large torque, fast lifting speed, and a special combined shock-absorbing device to ensure smooth operation of the motor, with small vibration and low noise. It meets the new requirements of clinical medicine for centrifuges. Its appearance is simple and elegant, with a novel and unique stainless steel horizontal rotor, and is equipped with a variety of stainless steel pipe racks with convenient replacement.

PRODUCT FEATURES
• Microcomputer control, DC brushless motor drive.
• Special shock absorber with automatic balance function
• With electronic door lock, the centrifuge cannot be started if the door
cover is not closed; if the door cover is opened abnormally during
operation, it will automatically stop.
• A variety of stainless steel Tube holder rotors, easy to replace.
• Parameters can be changed during operation without stop.

Installation requirements

• The tabletop should be solid and flat to prevent the instrument from vibrating or moving during operation;

• The power supply should have an independent ground wire, and it is strictly forbidden to share the neutral wire with the ground wire to prevent shock injuries;

•There should be no corrosive gas and electromagnetic field interference around the instrument to prevent the premature failure of the instrument's surface protective layer and interference with electrical components;

•The instrument should be placed horizontally to ensure that the four rubber feet are evenly stressed