Ohaus FC5706P+R97 Multi-Function Benchtop Centrifuge with Swing-Out & Angle Rotors

The Ohaus FC5706P+R97 Multi-Function Benchtop Centrifuge is designed for versatile centrifugation applications in biotechnology, molecular diagnostics, and biomedical research. Equipped with a maintenance-free motor and a compact footprint, it supports multiple rotor types including swing-out and angle rotors for flexible processing of various sample volumes.

Key technical features include:

• Speed range from *200 to 6,000 rpm*, generating a maximum relative centrifugal force (RCF) of *4,427 × g*, ensuring efficient separation of cellular components and biomolecules.
• Compatible rotors include angle rotors for *12×15 ml* and *18×1.5/2.0 ml* tubes, swing-out rotors for *6×5 ml* and *4×10 ml* tubes, and angle rotors for *6×50 ml* tubes, supporting a maximum capacity of *6 × 50 ml*.
• User-friendly *LCD display with backlight* and a mechanical lid lock enhance operational safety and control.
• Programmable operation with up to *99 program memories*, acceleration and deceleration rates each adjustable in *10 gears*, and running time options from continuous to *99 h 59 min 59 sec* with quickspin functionality enable precise protocol customization essential for synthetic biology and gene editing workflows.
• Certified by *CE and FCC*, suitable for use in controlled laboratory environments with temperature ranges from *5°C to 35°C* and 80% relative humidity.
• Power consumption of *70 W* with included AC power supply, maintaining low noise levels at *≤ 56 ± 2 dB(A)*, making it appropriate for laboratory settings where noise reduction is critical.

This centrifuge is widely adopted in molecular biology, bioprocessing, and clinical diagnostics, offering reliable performance in protocols such as sample clarification, cell harvesting, and nucleic acid purification pivotal in biomanufacturing and molecular cloning workflows. Its rotor versatility and programmable features make it an essential instrument for researchers focused on high-throughput centrifugation tasks within biotechnology and life sciences domains.