Angle rotor 30-place Cat : 1789-A Hettich

Angle Rotor 30-place Cat. 1789-A Hettich

Product Description

The Hettich Angle Rotor 1789-A is a high-speed, precision-engineered rotor designed to deliver exceptional performance in micro-volume centrifugation. With a 30-place capacity and a fixed 45° angle, it provides rapid and efficient separation of small samples, making it ideal for applications in molecular biology, biochemistry, and clinical research.

This rotor reaches speeds up to 15,000 rpm, generating a maximum relative centrifugal force (RCF) of 24,400 × g, ensuring fast and accurate results even for demanding protocols. Its compact and durable design minimizes vibration and heat generation, maintaining sample integrity during high-speed runs.

Equipped with a Bio-Containment lid as standard, the 1789-A offers enhanced user safety by preventing aerosol leakage and ensuring compliance with strict laboratory safety standards.

Key Features

• High-speed 30-place fixed-angle rotor for microtubes up to 2.0 ml

• Maximum RCF of 24,400 × g for rapid and efficient sample separation

• Operates at speeds up to 15,000 rpm

• 45° fixed angle for optimal pellet formation and minimal sample disturbance

• Constructed from high-strength, corrosion-resistant materials for long-term durability

• Supplied with a Bio-Containment lid for enhanced safety and contamination control

Applications

• Molecular biology and DNA/RNA extraction

• Protein and enzyme analysis

• Clinical and biomedical research

• Routine sample preparation and microfiltration

Technical Specifications

• Maximum RCF: 24,400 × g

• Maximum RPM: 15,000 min⁻¹

• Maximum capacity: 30 × 2.0 ml tubes

• Angle: 45°

• Standard equipment: Includes Bio-Containment lid

• Catalog number: 1789-A

Conclusion

The Hettich Angle Rotor 1789-A combines speed, safety, and precision, making it an essential component for laboratories requiring high-performance microcentrifugation. Its robust design and bio-containment features ensure reliable operation and maximum protection for both samples and users.