Lab Centrifuge Machine, 96 Well Plate Electric Centrifuges, 500-2000rpm Low Speed Centrifuge Machine, 30s-59min50s Timing, LED Display, for Laboratory Sample Separation

Describe: - The electric centrifuge can separate liquids from solid particles or liquid mixtures of different densities. - The special ventilation design reduces the temperature inside the machine and makes your samples safer. - The LCD digital display allows for intuitive adjustment of experimental time and speed. - It is suitable for qualitative analysis of plasma, serum, and urea in hospital laboratories. Specification: Motor power: 50W Capacity: 96 well plate*4 Speed: 500-2000rpm Step:100rpm Relative centrifugal force: 500xg Turntable radius: 10.2cm Turn: counterclockwise Timing: 30s-59min50s Allowable ambient temperature: 5-40℃ Program memory: Yes Protection functions: cover opening protection + cavity over-temperature protection + vibration protection Size: 400x300x200mm Weight: 7.6kg

• 【 Low Speed Centrifuge】: The laboratory centrifuge has an adjustable speed of 500-2000rpm, a maximum relative centrifugal force of 500xg, low-speed braking, and rapid and effective separation. Wide voltage technology, speed is not affected by voltage fluctuations.
• 【30s-59min50s Timing】: With timing function, the working time can be set within the range of 30s-59min50s as needed. The machine will automatically unlock after the experiment to achieve different degrees of separation.
• 【Rotor Capacity】: This low-speed centrifuge can be adapted to 96 well plate*4. Use rotational centrifugal force to quickly and efficiently separate substances in solutions, saving you a lot of time.
• 【Easy to Use】: With program memory function, 9 speed and time programs can be designed and stored. If the vibration of the machine exceeds the safe range during operation, the machine will automatically cut off the power supply to protect the sample.
• 【Application】: This centrifuge can be used in various fields such as chemistry, food, education, beauty, and life sciences. Mainly used for identification of radioactive immunity and separation of cells or particles.