Hettich Swing-out rotor 24-place Cat : 2394

Hettich Swing-out Rotor 24-place Cat. No. 2394

Product Description

The Hettich Swing-out Rotor 24-place Cat. No. 2394 is a high-performance rotor engineered for precise and efficient centrifugation of small-volume samples. Designed to accommodate up to 24 tubes of 2.0 ml each, this rotor provides exceptional balance between speed, capacity, and reliability. Operating at a maximum speed of 13,000 min⁻¹ and achieving an RCF of up to 18,516 × g, it ensures rapid and thorough separation for a wide range of laboratory applications.

Constructed with durable, corrosion-resistant materials, this swing-out rotor offers long service life and excellent operational stability. The 90° angle design maintains samples in a perfectly horizontal position during centrifugation, ensuring uniform sedimentation without sample disturbance.

Features

• Swing-out design for precise, even sedimentation of samples

• High capacity with 24 positions for 2.0 ml tubes

• Reaches up to 13,000 min⁻¹ and 18,516 × g for efficient separation

• Durable, high-quality construction for long-term reliability

• Compatible with a wide range of microcentrifuge tubes

• Smooth and quiet operation, minimizing vibration and noise

• Easy to install and clean, enhancing laboratory efficiency

Applications

The Hettich Swing-out Rotor 24-place Cat. No. 2394 is ideal for:

• Molecular biology and biochemistry research

• Nucleic acid and protein purification

• Cell and bacteria pelleting

• Clinical diagnostics and routine laboratory use

• Small-volume sample processing and quality control testing

Technical Data

• Model: Swing-out Rotor 24-place

• Catalog Number: 2394

• Maximum RCF: 18,516 × g

• Maximum RPM: 13,000 min⁻¹

• Maximum Capacity: 24 x 2.0 ml

• Angle: 90°

Conclusion

The Hettich Swing-out Rotor 24-place Cat. No. 2394 combines precision, speed, and reliability, making it a valuable component for laboratories that demand high performance and consistency. Its high-capacity design and robust build make it perfect for intensive sample processing in research, clinical, and industrial environments.