Frontier Multi Pro Ohaus Rotor, Angle, 6x50ml RB, ID, Hi
The Frontier Multi Pro Ohaus Rotor, Angle, 6x50ml RB, ID, Hi is a high-speed rotor engineered for laboratories that demand maximum centrifugal force and superior performance. With a speed capacity of up to 21,000 rpm and an RCF of 41,410 × g, this rotor delivers precise, rapid separations ideal for research, clinical, and industrial applications. The robust construction and 26° angle design ensure efficiency, safety, and stability during high-speed runs.
Features
Ultra-High-Speed Operation: Reaches up to 21,000 rpm, generating forces up to 41,410 × g for fast and complete separations.
Medium Capacity: Holds six 50 mL round-bottom tubes, perfect for concentrated sample processing.
Precision Angle Design: The 26° fixed angle enhances pelleting efficiency and minimizes sample re-suspension.
Heavy-Duty Construction: Built from high-strength, corrosion-resistant materials designed to withstand extreme forces.
Smooth and Balanced Performance: Maintains excellent stability and low vibration even at maximum speed.
Multiple Model Compatibility: Fits a wide range of Ohaus Frontier Multi Pro centrifuge models, ensuring flexible use across systems.
Efficient Acceleration and Deceleration: Controlled ramp-up and slow-down protect sample quality and prevent disruptions.
Specifications
Rotor Style: Angle
Maximum Capacity: 6 × 50 mL
Tube Type: Round Bottom (RB)
Maximum Speed: 21,000 rpm
Maximum RCF: 41,410 × g
Tube Diameter (without adapter): 29 mm / 50 mL
Outer/Inner Radius: 84 mm
Angle: 26°
Aerosol Tight: Not applicable
Acceleration Time: 40 / 446 seconds
Deceleration Time: 30 / 1,323 seconds
Dimensions: 172 mm (6.77 in)
Maximum Loading Weight: 564 g
Multiple Maximum Speeds: Yes
Net Weight: 3.96 kg (8.74 lb)
Working Environment: -20°C to 50°C, ≤95% RH non-condensing
Compatible Models: FC5718, FC5718R, FC5720R, FC5816, FC5816R, FC5916, FC5916R, FC5830R
Applications
Ideal for high-speed separations such as DNA/RNA isolation, protein precipitation, and subcellular fractionation. Its exceptional speed and stability make it suitable for biotechnology, molecular biology, and pharmaceutical laboratories requiring precision under extreme centrifugal forces.
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