Beckman Coulter NVT100 Ultra-Near Vertical Titanium Rotor for Centrifugation up to 100,000 RPM

The Beckman Coulter NVT100 Rotor is engineered for high-speed centrifugation applications, widely used in molecular diagnostics, bioprocessing, and synthetic biology research. This ultra-near vertical centrifuge rotor maximizes separation efficiency with a top speed of 100,000 RPM and a maximum relative centrifugal force (RCF) of 750,000 x g. Constructed from durable titanium, the rotor supports eight cavities, each with a nominal capacity of 5.1 mL, totaling a 40.8 mL nominal rotor capacity. The robust design, including a low k-factor of 8, optimizes sedimentation efficiency critical in advanced biomedical engineering workflows.

Key specifications include:

• Rotor type: Ultra-near vertical, ideal for high-speed separation in clinical diagnostics and biomanufacturing
• Maximum speed: 100,000 RPM enabling rapid processing of delicate biological samples
• Maximum RCF: 750,000 x g for efficient pellet formation in molecular cloning and cell imaging applications
• Titanium rotor material ensures corrosion resistance and extended lifespan under rigorous laboratory conditions
• Rotor cavity capacity: 8 x 5.1 mL with container dimensions of 13 x 51 mm, supporting versatile sample formats
• Radii: r min 48.3 mm, average 57.6 mm, and max 67.0 mm, consistent with standard ultracentrifuge rotor dimensions

Weight and handling:

• Weight: 10.89 kg (24 lbs) facilitating compatibility with compatible ultracentrifuge models and ease of maintenance
• Shipping dimensions: 42.67 cm cube for secure transport

This rotor is essential for researchers requiring precise and reproducible high-speed centrifugation, widely adopted in synthetic biology research and critical biopharmaceutical production pipelines. Its high RCF capability and biocompatible titanium construction make it suitable for live-cell imaging sample preparations and molecular biology workflows involving nucleic acid and protein separation.