Beckman Avanti J-HC Refrigerated High-Capacity Floor Centrifuge with 10,000 RPM and 17,100 x g

The Beckman Avanti J-HC is a refrigerated high-capacity floor centrifuge engineered for advanced bioprocessing, molecular diagnostics, and synthetic biology workflows requiring precise temperature and g-force control. This model delivers a maximum speed of 10,000 RPM and up to 17,100 x g, allowing efficient separation and processing of biological samples up to a volume of 9 liters.

Key technical features include:

• Temperature control from -10°C to 40°C using an environmentally friendly non-CFC refrigeration system compatible with delicate biomolecules
• Multiple acceleration and deceleration modes (maximum, slow, timed) for optimal sample integrity in sensitive applications
• Digital control panel enabling input of speed, temperature, rotor type, and operation modes: continuous, timed (1 min to 99 hr 59 min), or quick spin
• Automatic rotor identification and imbalance safety check, enhancing operational safety and reliability in clinical diagnostics and biomanufacturing environments
• Noise level under 57 dBA, suitable for laboratory settings requiring low ambient disturbance
• Supports imbalance tolerance up to 2.5%, ensuring sample safety during high-speed centrifugation

The Avanti J-HC is widely adopted in biotechnology and biomedical engineering fields, essential for molecular cloning workflows, cell imaging sample prep, and biopharmaceutical production pipelines. Its high throughput capability processing up to 36 liters per hour makes it a robust solution for labs focused on high-volume centrifugation tasks.

With dimensions of 28 x 38 x 47 inches and a weight of 680 lbs, this centrifuge is designed as a durable floor-standing unit for long-term use in clinical and research laboratories specializing in gene editing and synthetic biology research. The unit runs on 200/208/240 V, 50/60 Hz power supply at 24 A.

This Beckman Coulter centrifuge’s precise control and reliability help streamline workflows in advanced cell biology, molecular diagnostics, and bioprocess engineering applications.