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

• Microprocessor control
• Stainless steel chamber and power coated housing
• RPM/RCF adjustable during running and automatic value calculation
• Selectable acceleration and deceleration rates ensuring high-quality separations
• LCD display for parameter setting and LED display for working status
• Display of speed, time, temperature, acceleration/deceleration, RCF, 30-program memory and error code Self-diagnostic system with protection of imbalance, over temperature, over speed, over voltage and electronic lock
• Motorized lid lock and manual emergency lid release in case of unexpected power interruption.
• Pneumatic spring support for easy lid opening, with hinge on the right side
• Swing-out rotor with buckets and adapters made of high-density material
• Silence-block and shock absorbers ensuring smooth and quiet operation
• Castors for convenient moving

Introduction about centrifuge

The process of centrifugation is enabled by a device that spins liquid samples to separate solutes from solvents or particles from solutions. It effectively amplifies gravity, causing dense substances to settle rapidly. Instrument selection primarily revolves around scale: benchtop centrifuges for routine, low-to-mid volume tasks and floor-standing models for industrial or high-speed research applications. An instrument's capability is also defined by its rotor type (fixed-angle or swing-bucket). Key purchasing considerations are the magnitude of centrifugal force needed, sample volume per run, thermal management requirements, and built-in protective features.