5500rpm Low Speed Refrigerated Centrifuge 4x500ml Refrigerated Table Top Centrifuge

It is widely used in clinical medicine, clinical laboratory, biological engineering, Genetic engineering, immunology. It is suitable for the separation and purification of radioimmunoassay, water analysis, biochemistry, pharmaceutical and blood products.

1. Intelligent Microprocessor Control: Ensures precise and reliable operation, simplifying complex protocols.
2. Dual-Architecture Durability: Features a stainless steel chamber paired with either rugged powder-coated steel (LED model) or lightweight ABS (LCD model) housing.
3. Smooth & Reliable Drive: A maintenance-free brushless induction motor with frequency drive ensures a soft start for sample protection.
4. Effortless Rotor Exchange: Special rotor connectors and dedicated tools make loading and unloading fast and simple.
5. Power-Failure Preparedness: Manual emergency lid release guarantees sample access during unexpected power interruptions.
6. Advanced Thermal Management: Offers a broad -20°C to +40°C range with unique pre-cooling during standstill for immediate readiness.
7. Proactive Safety Monitoring: Integrated imbalance and inverter fault detection triggers an automatic shutdown to prevent damage.
8. Uncompromising Lid Safety: A safety interlock physically prevents lid opening while the rotor is in motion.
9. Smart Speed Protection: Automatic rotor identification prevents overspeed, safeguarding both the device and your samples.
10. Convenient Automated Access: The lid opens automatically with a smooth pneumatic spring mechanism.

Functioning as a high-speed separator, the centrifuge is foundational to lab work. Its core action relies on centrifugal force, which differentially displaces particles within a fluid based on their density. This results in denser materials accumulating at the tube's bottom. Two predominant formats exist: the benchtop centrifuge, a compact solution for standard separations like serum preparation, and the floor-standing centrifuge, engineered for intensive, large-volume processing. Both utilize either fixed-angle or swing-bucket rotors to accommodate various containers. Selection involves a detailed assessment of speed (RPM/RCF), sample capacity, thermal control necessity, and integrated safety systems like auto-locking lids.