Frontier Multi Pro Ohaus Rotor, Angle, 6x85ml RB, ID, Hi
The Frontier Multi Pro Ohaus Rotor, Angle, 6x85ml RB, ID, Hi is a high-speed, precision-engineered rotor designed for laboratories that demand superior performance and reliability. With a maximum speed of 13,500 rpm and a relative centrifugal force of up to 20,984 × g, this rotor delivers rapid and consistent separations for medium-volume samples. Its angled design ensures optimal sedimentation efficiency and stability even under extreme rotational conditions.
Features
High-Speed Performance: Operates up to 13,500 rpm, generating forces up to 20,984 × g for fast, efficient sample separation.
Optimized Capacity: Holds six 85 mL round-bottom tubes (38 mm diameter) for medium-volume centrifugation.
Angled Design (25°): Promotes rapid sedimentation and minimizes resuspension of pellets.
Durable Construction: Built from high-strength, corrosion-resistant materials that ensure long service life under high stress.
Stable Operation: Maintains balance and smooth motion, even at maximum speed, for precise and reproducible results.
Versatile Compatibility: Fully compatible with Ohaus Frontier Multi Pro centrifuge models FC5718, FC5718R, and FC5720R.
Efficient Acceleration/Deceleration: Controlled ramp rates protect sample integrity during high-speed runs.
Specifications
Rotor Style: Angle
Maximum Capacity (Rotor): 6 × 85 mL
Maximum Speed: 13,500 rpm
Maximum RCF: 20,984 × g
Tube Type: Round Bottom (RB)
Tube Diameter (without adapter): 38 mm / 85 mL
Outer/Inner Radius: 103 mm
Angle: 25°
Aerosol Tight: Not applicable
Acceleration Time: 40 / 500 seconds
Deceleration Time: 40 / 1,260 seconds
Dimensions: 210 mm (8.27 in)
Maximum Loading Weight: 840 g
Multiple Maximum Speeds: Yes
Net Weight: 4.91 kg (10.83 lb)
Working Environment: -20°C to 50°C, ≤95% RH non-condensing
Compatible Models: FC5718, FC5718R, FC5720R
Applications
Ideal for medium-volume centrifugation tasks such as cell pelleting, protein purification, and nucleic acid isolation. Its high speed and angled configuration make it suitable for laboratories that require rapid and precise separations while maintaining sample integrity.
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