Frontier Micri Ohaus Centrifuge Rotor, Angle, 10x5ml
The Frontier Micri Ohaus Centrifuge Rotor, Angle, 10x5ml is a precision-engineered, high-speed rotor designed for the Ohaus Frontier Micro Centrifuge FC2516. With a maximum speed of 16,000 rpm and a maximum relative centrifugal force (RCF) of 17,882 × g, this rotor delivers outstanding separation efficiency for larger micro-volume samples. Built for strength, stability, and reliability, it is ideal for laboratories requiring consistent performance in molecular biology, clinical diagnostics, and research applications.
Features
High-Speed Performance: Reaches up to 16,000 rpm, generating a powerful 17,882 × g for rapid and precise sample separation.
Medium-Volume Capacity: Holds 10 tubes (5 mL each), offering flexibility for medium-volume centrifugation tasks.
Fixed-Angle Design: The 35° angle optimizes sedimentation and reduces run times, producing clear, compact pellets.
Smooth and Controlled Acceleration: Accelerates in 44 to 109 seconds and decelerates in 23 to 184 seconds, ensuring minimal sample disruption.
Robust Construction: Made from durable, corrosion-resistant materials to withstand frequent use in high-speed laboratory environments.
Easy Tube Handling: Supports 5 mL round-bottom tubes (14 mm diameter) without adapters, simplifying loading and unloading.
Perfect Compatibility: Designed exclusively for the Ohaus Frontier Micro FC2516, ensuring excellent balance, safety, and performance.
Quiet, Vibration-Free Operation: Precision balancing provides stability and reduced noise during operation.
Specifications
Rotor Style: Angle
Maximum Capacity: 10 × 5 mL tubes
Maximum Speed: 16,000 rpm
Maximum RCF: 17,882 × g
Tube Diameter (Without Adapter): 14 mm (5 mL)
Angle: 35°
Acceleration Time: 44 / 109 seconds
Deceleration Time: 23 / 184 seconds
Aerosol Tight: Not applicable
Compatible Model: Ohaus Frontier Micro FC2516
Applications
The Ohaus 10 × 5 mL Angle Rotor is ideal for biochemical analysis, clinical sample processing, molecular biology, and environmental testing. It is commonly used for cell pelleting, nucleic acid purification, protein precipitation, and medium-volume sample concentration. As a result, laboratories benefit from a powerful, efficient, and long-lasting rotor that supports both precision and productivity.
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