Hettich Swing-out rotor 2-place Cat:5622

Hettich Swing-out Rotor 2-place Cat: 5622

Product Description

The Hettich Swing-out Rotor 2-place Cat. No. 5622 is a high-performance microplate rotor designed for efficient centrifugation of standard and deep-well microplates. With a capacity of up to 12 plates, this rotor provides reliable and uniform separation while maintaining sample integrity. Its 90° swing-out design ensures that plates remain level during centrifugation, allowing for even sedimentation across wells. Constructed from durable, high-quality materials, the 5622 rotor guarantees stability, longevity, and safety for demanding laboratory workflows.

Features

• Swing-out design with a 90° angle ensures balanced and even sample separation.

• Accommodates up to 12 microplates for high-throughput applications.

• Delivers excellent performance with a maximum speed of 6,200 rpm and an RCF of up to 6,446 × g.

• Equipped with a bio-containment lid for enhanced safety and sample protection.

• Provides smooth and vibration-free operation, even at high speeds.

• Built from corrosion-resistant materials for long-term durability.

• Compatible with various Hettich centrifuge models.

• Easy installation and user-friendly handling.

Applications

The Hettich Swing-out Rotor 5622 is ideal for laboratories that require precise and secure microplate centrifugation, such as:

• Molecular biology and genomics (PCR, ELISA, and nucleic acid preparation).

• Cell culture and microbiology studies.

• Pharmaceutical and biotechnology research.

• Clinical and diagnostic laboratories processing multiple samples simultaneously.

Specifications

• Rotor type: Swing-out rotor

• Capacity: 12 plates

• Maximum RCF: 6,446 × g

• Maximum speed: 6,200 rpm

• Angle: 90°

• Standard equipment: Bio-containment lid included

• Cat. No.: 5622

Conclusion

The Hettich Swing-out Rotor 2-place Cat. 5622 combines high capacity, safety, and precision for efficient plate-based centrifugation. Its bio-containment design, robust construction, and high performance make it an essential tool for modern laboratories handling high-throughput assays and sensitive biological samples.