High Speed Refrigerated Centrifuge LB-26HRC Catalog

High Speed Refrigerated Centrifuge LB-26HRC operates at a maximum speed of 22,000 rpm and generates a maximum RCF of 33,873 × g. It accommodates up to four 750 mL sample tubes, enabling high throughput of larger sample volumes. It offers up to 40 acceleration and deceleration rates, allowing for smooth speed transitions. The centrifuge features an LCD touchscreen, providing precise and reliable sample separation.

Maximum Speed	22000 rpm
Maximum RCF	33873 × g
Maximum Capacity	4 × 750 mL
Speed Accuracy	± 10 rpm
Temperature Range	-20℃ to +40℃
Temperature Accuracy	±1℃
Timer Range	1s to 99h 59m 59s
Noise Level	≤ 60dB(A)
Power Consumption	1800W
Dimension	680 × 620 × 840 mm
Weight	134 kg

• Multi-stage centrifugation

• RFID automatic rotor identification

• Eco-friendly refrigeration

• Autoclavable rotors

• Variable frequency motor

• PID temperature control

• Calibration access port

High Speed Refrigerated Centrifuge LB-26HRC is used for rapid and precise separation of biological, chemical, and clinical samples. It is widely applied in research laboratories, hospitals, pharmaceutical industries, and biotechnology centers. 

Rotor Type	Capacity	Maximum Speed	Maximum RCF
Fixed Angle Rotor 1	12 × 1.5/2.2ml	22000rpm	33873 × g
Fixed Angle Rotor 2	12 × 5ml	17000rpm	23489 × g
Fixed Angle Rotor 3	24 × 1.5/2.2ml	16500rpm	26389 × g
Fixed Angle Rotor 4	24 × 1.5/2.2ml (aerosol tight)	18000rpm	31405 × g
Fixed Angle Rotor 5	12 × 10ml	15000rpm	20803 × g
Fixed Angle Rotor 6	6 × 50ml round bottom	13000rpm	18440 × g
Fixed Angle Rotor 7	6 × 50ml conical bottom	13000rpm	18440 × g
Fixed Angle Rotor 8	4 × 100ml	11000rpm	13365 × g
Fixed Angle Rotor 9	8 × 50ml round bottom	11000rpm	13365 × g
Fixed Angle Rotor 10	12 × 15ml conical bottom	13000rpm	18667 × g
Fixed Angle Rotor 11	12 × 50ml	10000rpm	14310 × g
Swing-out Rotor 1	4 × 250ml	4500rpm	3735 × g
Swing-out Rotor 2	4 × 500ml	4200rpm	3551 × g
Swing-out Rotor 3	4 × 750ml	4000rpm	3500 × g
Microplate Rotor	2 × 3 × 96 well plate	4000rpm	2003 × g