Frontier Multi Pro Ohaus Rotor, Angle, 6x85ml RB, ID

Frontier Multi Pro Ohaus Rotor, Angle, 6x85ml RB, ID

The Frontier Multi Pro Ohaus Rotor, Angle, 6x85ml RB, ID is a high-speed, medium-capacity rotor designed for laboratories that require precise and reliable separations. With a maximum speed of 13,000 rpm and a relative centrifugal force (RCF) of up to 21,726 × g, this rotor ensures efficient performance and consistent results. Its robust angled design provides optimal sedimentation for biological, chemical, and industrial applications.

Features

• High-Speed Performance: Operates up to 13,000 rpm and achieves up to 21,726 × g for rapid, efficient separations.

• Medium Capacity: Accommodates six 85 mL round-bottom tubes, suitable for a wide range of lab applications.

• Optimized Angle (38°): Ensures fast sedimentation and clear separation layers.

• Stable and Reliable: Maintains balance and smooth operation, minimizing sample disturbance and vibration.

• Durable Construction: Built from high-strength, corrosion-resistant materials for long-term, high-speed use.

• Compatible Across Multiple Models: Works seamlessly with several Ohaus Frontier Multi Pro centrifuge models.

Specifications

• Rotor Style: Angle

• Maximum Capacity: 6 × 85 mL

• Maximum Speed: 13,000 rpm

• Maximum RCF: 21,726 × g

• Tube Type: Round Bottom (RB)

• Tube Diameter (without adapter): 38 mm / 85 mL

• Outer/Inner Radius: 115 mm

• Angle: 38°

• Aerosol Tight: Not applicable

• Acceleration Time: 40 / 2,310 seconds

• Deceleration Time: 40 / 2,313 seconds

• Compatible Models: FC5718, FC5718R, FC5720R, FC5816, FC5816R, FC5916, FC5916R, FC5830R

• Material: High-strength, chemical-resistant alloy

• Approximate Weight: 4–5 kg

• Working Environment: -20°C to 50°C, ≤95% RH non-condensing

Applications

Ideal for medium-volume centrifugation in research, biotechnology, clinical, and pharmaceutical laboratories. Common applications include cell pelleting, protein precipitation, and nucleic acid extraction. The angled design promotes efficient sedimentation while maintaining sample integrity.