AIRFUGE AIR-DRIVEN ULTRACENTRIFUGE
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AIRFUGE AIR-DRIVEN ULTRACENTRIFUGE

ULTRACENTRIFUGE POWER FOR SMALL VOLUME SAMPLES Dedicated applications include: • inding studies right on your workbench B • Lipoproteins • larification of lipemic samples C • Proteomics • ample preparation for electron microscopy S • Soluble solid/total solids ratios for tomato canning applications How it works: The Airfuge is air turbine-driven and delivers results in a fraction of the time of larger units. The combination of high g-force and short path length results in remarkably short run times to produce results. Run time is shortened even further by rotor acceleration to full...

AIRFUGE ROTORS AND APLICATIONS AIRFUGE ROTORS AND APPLICATIONS AIRFUGE ROTORS AND APPLICATIONS Rotor Name Rotor Name 90,000 RPM ± 5,000 RPM (with 2.4RPMor 3.5 mLRPM 90,000 mL ± 5,000 liner) ACR-90 Chylomicron Rotor ACR-90 Chylomicron Rotor A-95 Fixed Angle Rotor A-95 Fixed Angle Rotor Rel. Centrifugal field at Max. Speed and rMax Rel. Centrifugal field at Max. Speed and rMax Rotor Capacity Rotor Capacity 107,000 x g (2.4 mL Liner) 122,000 x g (3.5 mL Liner) 107,000 x g (2.4 mL Liner) Liner volume: 2.4 mL or Liner volume: 3.5 mL Liner volume: 2.4 mL or 39 (2.4 mL Liner) 45 (3.5 mL Liner) 39...

The Airfuge is a compact, turbine-driven, benchtop ultracentrifuge, capable of accelerating rotors up to 110,000 RPM in as little as 30 seconds. This unique ultracentrifuge uses no vacuum or high-speed bearings. The rotor is supported and turned by streams of air. Air pressure at ultracentrifuge for routine operation: Accel. Time: Decel. Time: Speed Control: Air-pressure regulation Speed Readout: By conversion of air pressure reading from instrument gauge. An optional Digital Speed Readout Accessory (347592) is available. Braking System: Coasting, then frictional braking by engagement of...