Beckman Coulter Avanti J-26 XP High-Speed Floor Centrifuge 6L Capacity 82,000g, 10–40°C Control

The Beckman Coulter Avanti J-26 XP is a high-speed floor centrifuge engineered for laboratories requiring rapid, high-throughput sample processing with reliable subcellular fractionation capabilities. This centrifuge supports processing volumes up to 6 liters and accelerates samples to a maximum relative centrifugal force of 82,000g, making it essential for molecular biology and bioprocessing workflows such as gene editing and synthetic biology research.

Key technical features include:

• Switched reluctance drive technology, which shortens cycle times and enhances rotor acceleration and deceleration performance.
• Friction Reduction System providing lower operational noise, reduced heat generation, and energy-efficient operation crucial in sensitive biotechnology lab environments.
• BioSafe operation with fully customizable acceleration and deceleration settings to protect delicate biological samples during processing.
• Precise temperature control ranging from 10°C to 40°C adjustable in 1-degree increments, maintaining sample integrity critical for live-cell separation and biopharmaceutical production pipelines.
• Timed runs configurable from 1 minute up to 3 hours, including continuous hold options, accommodating diverse experimental protocols.

This centrifuge is widely used in cell imaging, clinical diagnostics, and biomanufacturing laboratories, supporting applications like fermenter output processing and elutriation for live cell separation. Its robust design weighs approximately 348 kg (766.8 lbs) and fits within shipping dimensions of 121.92 x 85.34 x 143.26 cm, suitable for dedicated lab spaces.

Note: The unit is delivered without a rotor; various rotor and bucket options are available upon inquiry, allowing tailored configurations for specialized biotechnology and molecular diagnostics workflows.

This Avanti J-26 XP floor centrifuge is a critical instrument in biotechnology and clinical research labs, facilitating efficient high-throughput sample separation essential for advancing synthetic biology, molecular cloning, and bioprocessing.