High-Speed Medical Laboratory Centrifuge – 4000 RPM, 6x20ml Capacity

Optimized Text

The 900-2 medical laboratory centrifuge is a powerful and versatile instrument designed for efficient separation of particles based on density differences through high-speed rotation. This essential piece of laboratory equipment is indispensable for various applications including blood component separation, cell sedimentation, subcellular organelle isolation, and virus detection in solutions.

This compact centrifuge boasts a maximum speed of 4000 RPM (2086xg), providing the centrifugal force necessary for rapid and thorough separation. The rotor accommodates six 20ml tubes, making it suitable for various sample volumes. Its quiet operation (under 60dB) ensures a comfortable working environment.

Designed for ease of use, the 900-2 features intuitive controls with rotary dials for precise time (0-60 minutes, 5-minute increments) and speed settings (0-4000 RPM). A built-in timer provides audible notification upon completion. The transparent lid allows for convenient process monitoring while preventing dust and debris from entering the chamber.

Constructed from durable, impact-resistant ABS plastic, this centrifuge is designed for longevity and easy cleaning. Its smooth, waterproof surface is easily wiped clean. Rubber suction feet enhance stability and prevent slippage, protecting your work surface from scratches. Vents in the base ensure optimal cooling of internal components, extending the centrifuge’s lifespan.

Key Features

• Maximum Speed: 4000 RPM (2086xg)
• Capacity: 6 x 20ml tubes
• Timer: 0-60 minutes (5-minute increments)
• Noise Level: < 60 dB
• Power: 30W
• Power Supply: AC220V 50Hz / AC110V 60Hz
• Material: Durable ABS plastic
• Dimensions: 230 x 258 x 172 mm
• Weight: 2.2 kg

Applications

• Blood component separation
• Cell sedimentation
• Subcellular organelle isolation
• Virus detection
• General laboratory applications in biology and medicine

This compact and versatile centrifuge is perfect for small laboratories, mobile units, or any setting requiring efficient and reliable particle separation. Its robust design, easy-to-use interface, and quiet operation make it an invaluable asset for research and diagnostic procedures.