Hettich Angle rotor 30-place Cat : 4489-A

Hettich Angle Rotor 30-place Cat: 4489-A

Product Description

The Hettich Angle Rotor 30-place Cat. No. 4489-A is a high-speed microcentrifuge rotor engineered for precise and efficient sample separation. Designed to hold up to 30 tubes of 2.0 ml each, it delivers excellent performance and reliability for small-volume applications. With a maximum speed of 15,000 rpm and an RCF of up to 24,400 × g, this rotor ensures rapid sedimentation and high reproducibility. The 45° fixed-angle design promotes efficient pellet formation while minimizing sample disturbance. Built with durability and safety in mind, it includes a bio-containment lid to protect both samples and operators.

Features

• High-capacity 30-place design for 2.0 ml tubes, ideal for microcentrifuge use.

• Delivers high performance with speeds up to 15,000 rpm and 24,400 × g RCF.

• Fixed 45° angle enables fast and efficient pellet formation.

• Equipped with a bio-containment lid for safe sample handling and protection.

• Constructed from high-strength materials for stability and long-term reliability.

• Resistant to chemical corrosion and mechanical wear.

• Compatible with various Hettich centrifuge models.

• Designed for quiet and balanced operation.

Applications

The Hettich Angle Rotor 4489-A is ideal for laboratories requiring fast, high-speed centrifugation of microtubes, including:

• Molecular biology (DNA/RNA extraction, protein purification).

• Clinical diagnostics and biochemical analysis.

• Cell biology and microbiology research.

• Pharmaceutical and biotechnology laboratories.

Specifications

• Rotor type: Fixed-angle rotor

• Capacity: 30 x 2.0 ml tubes

• Maximum RCF: 24,400 × g

• Maximum speed: 15,000 rpm

• Angle: 45°

• Standard equipment: Bio-containment lid included

• Cat. No.: 4489-A

Conclusion

The Hettich Angle Rotor 30-place Cat. 4489-A offers exceptional speed, safety, and precision for microvolume applications. Its robust 45° design, bio-containment protection, and high RCF performance make it an indispensable tool for molecular biology and research laboratories demanding efficient, reproducible centrifugation results.