Angle rotor 24-place Cat : 2414 Hettich

Angle rotor 24-place Cat : 2414 Hettich

Product Description

The Hettich Angle Rotor 24-place (Cat. No. 2414) is a high-performance rotor designed for microliter centrifuges, offering outstanding efficiency and secure sample handling. With a maximum speed of 16,100 rpm and a relative centrifugal force (RCF) of 25,212, it ensures rapid and precise sample separations. Equipped with a biosafety lid (bioseal), this rotor provides maximum protection against leakage, making it suitable for sensitive and high-risk applications. Its 24-place design allows simultaneous processing of multiple 2 ml tubes, increasing throughput without compromising accuracy or safety.

Key Features

• 24-place angle rotor for microliter tubes up to 2 ml

• Maximum speed of 16,100 rpm

• Maximum RCF of 25,212 for rapid separations

• Angle of 45° for effective sample sedimentation

• Run-up and braking time of approximately 11 seconds each

• Bioseal lid included for safe, leak-proof centrifugation

• Low noise operation with a maximum level of 57 dB(A)

• Ensures reliable performance in both research and clinical laboratories

Applications

• DNA, RNA, and protein sample preparation

• PCR and molecular biology workflows

• High-speed microliter centrifugation for clinical diagnostics

• Safe handling of infectious or sensitive samples with biosafety lid

• High-throughput laboratories requiring efficient processing of multiple samples

Technical Specifications

• Maximum capacity: 24 × 2.0 ml tubes

• Maximum speed: 16,100 rpm

• Maximum RCF: 25,212

• Angle: 45°

• Run-up time: 11 seconds

• Run-down (braked) time: 11 seconds

• Noise level: ≤ 57 dB(A)

• Temperature increase during run: +1.2 °C

• Catalog number: 2414

Conclusion

The Hettich Angle Rotor 24-place Cat. No. 2414 combines speed, precision, and safety in one robust design. With its biosafety lid, high RCF, and capacity for 24 tubes, it is the ideal choice for laboratories performing demanding molecular biology or diagnostic applications where both efficiency and safety are critical.