Hettich Swing-out rotor 4-place with bucket cat : 3724-R

Hettich Swing-out Rotor 2-place with Bucket

Product Description

The Hettich Swing-out Rotor 2-place with Bucket Cat. No. 3722-R+3730-R/2 is a high-quality centrifuge rotor designed for reliable and efficient plate centrifugation. This model features a 2-place swing-out design capable of accommodating up to 6 microtiter or deep-well plates, providing flexibility for various laboratory applications. With a maximum speed of 5,100 min⁻¹ and an RCF of up to 4,362 × g, it ensures effective sample separation and consistent results across all wells.

Built with precision engineering and durable materials, this rotor delivers stable performance and long operational life. The 90° swing-out angle allows plates to remain parallel to the centrifugal force, ensuring uniform sedimentation and preventing sample disturbance.

Features

• Swing-out design for optimal plate centrifugation and even sedimentation

• Supports up to 6 plates for high-throughput applications

• Maximum RCF of 4,362 × g for efficient and consistent separations

• Operates up to 5,100 min⁻¹ for rapid processing

• Robust construction for long-term durability and reliability

• Ideal for use with microtiter and deep-well plates

• Easy installation and secure bucket attachment

Applications

The Hettich Swing-out Rotor 2-place with Bucket is ideal for:

• Microplate-based assays and sample preparation

• Genomic, proteomic, and biochemical research

• Cell culture and molecular biology workflows

• Pharmaceutical and clinical laboratories

• High-throughput screening and ELISA applications

Technical Data

• Model: Swing-out Rotor 2-place with Bucket

• Catalog Number: 3722-R+3730-R/2

• Maximum RCF: 4,362 × g

• Maximum RPM: 5,100 min⁻¹

• Maximum Capacity: 6 plates

• Angle: 90°

Conclusion

The Hettich Swing-out Rotor 2-place with Bucket Cat. No. 3722-R+3730-R/2 offers precise, efficient, and reliable performance for microplate centrifugation. Its high capacity, swing-out design, and robust construction make it an excellent choice for laboratories performing high-throughput and sensitive sample analyses.