Frontier Multi Ohaus Centrifuge Rotor, Angle, 6x100ml, FC2K

Frontier Multi Ohaus Centrifuge Rotor, Angle, 6x100ml, FC2K

The Frontier Multi Ohaus Centrifuge Rotor, Angle, 6x100ml, FC2K is a robust and high-performance rotor designed for use with Ohaus Frontier FC2706 centrifuges. It supports efficient processing of large-volume samples, offering consistent and reliable results for laboratory and industrial applications.

Features

• High-Capacity Efficiency: Accommodates 6 × 100 mL tubes, making it suitable for laboratories handling larger volumes of samples in a single run.

• Powerful Performance: Achieves up to 5,000 rpm with a maximum relative centrifugal force of 3,130 × g, enabling fast and effective separation.

• Fixed-Angle Stability: The 30° angle design ensures smooth and uniform sedimentation, providing excellent reproducibility for both dense and light samples.

• Controlled Operation: Features acceleration and deceleration times of 20 / 59 seconds and 15 / 180 seconds, maintaining sample stability throughout each cycle.

• Reliable Compatibility: Fully compatible with the Ohaus Frontier FC2706 centrifuge, ensuring secure fit and optimal performance.

• Durable and Balanced Design: Built with precision engineering for long-term durability, low vibration, and high stability during continuous use.

• Safe and Simple Handling: The open, non-aerosol design allows easy loading and unloading while maintaining safety for non-hazardous materials.

Specifications

• Rotor Style: Angle

• Aerosol Tight: Not applicable

• Maximum Capacity: 6 × 100 mL

• Maximum RCF: 3,130 × g

• Maximum Speed: 5,000 rpm

• Tube Diameter (without adapter): 40.8 mm / 100 mL

• Angle: 30°

• Acceleration Time: 20 / 59 s

• Deceleration Time: 15 / 180 s

• Compatible Model: FC2706

Applications

The FC2K 6×100 mL rotor is ideal for cell harvesting, density separations, sample clarification, and large-volume liquid processing. Its solid construction and smooth acceleration make it a dependable choice for laboratories requiring efficient centrifugation of high-capacity samples.