Globe Scientific GCC-MP-SWING-100ML4 Multi-Purpose Benchtop Centrifuge with Swing-Bucket Rotor

The Globe Scientific GCC-MP-SWING-100ML4 is a versatile multi-purpose benchtop centrifuge engineered for diverse laboratory workflows spanning molecular diagnostics, biotechnology, and clinical research. Featuring a maximum speed of 6000 rpm and a relative centrifugal force (RCF) up to 4300 × g, it supports a broad range of sample formats—from 0.2 mL microtubes to 100 mL tubes, including microplates—making it ideal for bioprocessing and synthetic biology applications requiring precise centrifugal separation.

Key operational modes include speed- or G-force-based control, programmable run times from 30 seconds up to 99 minutes, and continuous operation with pulse function for rapid processing. The unit incorporates three rotor configurations: fixed-angle rotor, swing-bucket rotor, and microplate rotor, providing flexibility for varied centrifugation needs such as cell pelleting, nucleic acid isolation, and biomanufacturing sample prep.

Safety and reliability are emphasized through multiple features:

The centrifuge includes a backlit LCD display for clear programming and monitoring, stores up to 9 user-defined protocols, and has quick acceleration (9 seconds) and braking times (10 seconds), facilitating high-throughput workflows. At 79.4 lbs (36 kg) with compact dimensions (445 x 579 x 269 mm), it fits efficiently on benchtops in research labs focused on fluorescence analysis, live-cell imaging preparation, and molecular cloning workflows. Certified to international standards (CE, cTÜVus, FCC, MCA), this centrifuge supports critical biotechnological processes with dependable clinical diagnostics capabilities.

Overall, the Globe Scientific GCC-MP-SWING-100ML4 is a robust solution widely adopted in synthetic biology research, neuroimaging sample prep, and biopharmaceutical production pipelines, delivering precise centrifugal force control and accommodating diverse sample types critical for advanced life science investigations.