Frontier Multi Centrifuge Ohaus Rotor, Swing Out, 6x5ml RB

Frontier Multi Centrifuge Ohaus Rotor, Swing Out, 6x5ml RB

The Frontier Multi Centrifuge Ohaus Rotor, Swing Out, 6x5ml RB) is designed for use with Ohaus Frontier Multi Centrifuges, offering efficient and reliable centrifugation for small-volume samples. Ideal for laboratories requiring precise separation of biological and chemical samples, this rotor offers versatility and performance.

Features

• Swing-Out Design: The rotor swings out to a horizontal position during operation, ensuring uniform sedimentation and easy decanting of supernatants.

• Medium-Speed Operation: Achieves a maximum speed of 4,000 rpm, delivering a maximum relative centrifugal force of 1,817 × g for effective sample separation.

• Compact Capacity: Accommodates 6 × 5 mL round-bottom tubes, suitable for small-volume sample processing.

• Efficient Acceleration and Deceleration: Features acceleration and deceleration times of 8 / 35 seconds and 7 / 25 seconds, respectively, optimizing processing time while minimizing sample disturbance.

• Durable Construction: Built from high-quality materials to withstand rigorous laboratory conditions and ensure long-term reliability.

• Easy Integration: Fully compatible with Ohaus Frontier FC5706 centrifuges, allowing for seamless operation and quick setup.

Specifications

• Rotor Style: Swing-Out

• Maximum Speed: 4,000 rpm

• Maximum RCF: 1,817 × g

• Maximum Capacity: 6 × 5 mL

• Tube Diameter (without adapter): 14 mm / 5 mL

• Outer / Inner Radius: 106 mm

• Angle: 0°–90°

• Aerosol Tight: Not applicable

• Acceleration Time: 8 / 35 s

• Deceleration Time: 7 / 25 s

• Dimensions (L × H × W × Ø): 61 × 30 × 61 × 61 mm (2.4 × 1.18 × 2.4 × 2.4 in)

• Maximum Loading Height: 75 mm

• Maximum Loading Weight: 240 g

• Net Weight: 0.42 kg (0.93 lb)

• Working Environment: 0°C – 40°C (32°F – 104°F), ≤95% RH, non-condensing

Applications

The 30130880 Swing-Out Rotor is ideal for applications requiring gentle and efficient separation of small-volume samples, including:

• Cell Culture Processing: Harvesting cells from culture media.

• Protein Precipitation: Isolating proteins from solutions.

• DNA/RNA Extraction: Purifying nucleic acids from biological samples.

• Phase Separation: Separating components of heterogeneous mixtures.