Benchtop Low-Speed Refrigerated Centrifuge IBRLC-1000 Series is a refrigerated centrifuge with a touch display for gentle acceleration and deceleration. Equipped with compressors, CFC-free refrigerants, refrigerating or heating double loop, which make the machine heat and cool fast and have low noise as well as small vibration high precision. The IBRLC-1000is sealed and can function at low RPM owing to the ability to reduce the heat produced by higher rotation speeds worked under temperature range -20℃ to 40℃. Accommodates angle, swing rotor and swing-out ELISA plate rotor as these motor capable of accommodating a great number of tubes at once. Suitable for used in radio-immunity, biochemistry, blood products, environmental protection and other research and manufacturing institutions.

• Energy-efficient AC brushless  regulating motor
• Available with 19 profile for acceleration and 19 for deceleration, high efficiency
• New high torque frequency conversion driving motor
• Allow automatic identification system for the magnetic rotor, automatic matching of corresponding rotor program, preventing misoperation and ensuring centrifugal safety
• Electronic door lock, full steel door cover protection, superior to industrial standards and Password lock function
• Microcomputer controlled
• Protective electronic with  lock door, electric door with imbalance protection to provide more protection and safety along with automatic balancing without the need for trimming
• Designed digital screen with multi-functional knob combination
• Eco friendly with high-efficiency refrigerating system
• Centrifugal chamber are constructed with stainless steel
• Designed with air exhaust temperature and low noise compressor
• CFC-free refrigerants, refrigerating/heating double loop
• Small footprint and easy handling
• Store up to 12  program groups
• Widely used in radio-immunity, biochemistry, blood products, environmental protection and other research and manufacturing institutions. Particles with different density in the solution can be separated

Rotors