Globe Scientific GCC-MP-15ML-ADP Multi-Purpose Benchtop Centrifuge with Fixed and Swing Bucket Rotors

The Globe Scientific GCC-MP-15ML-ADP is a versatile multi-purpose benchtop centrifuge designed for biotechnology, clinical diagnostics, and molecular biology applications. It supports a wide range of tube sizes—from 0.2 mL microcentrifuge tubes to 100 mL conical tubes—and microplates, making it essential for workflows in gene editing, molecular cloning, and synthetic biology research.

Key features include:

• Wide rotor compatibility: Fixed angle rotors, swing bucket rotors, and microplate rotors accommodate diverse sample formats, facilitating applications in bioprocessing and biomanufacturing.
• Speed and force control: Operates at speeds between 300 and 6000 rpm with 10 rpm increments, achieving a maximum relative centrifugal force (RCF) of 4300 x g, critical for efficient cell pelleting and biomolecule separation.
• User-friendly operation: Backlit LCD interface allows timing from 30 seconds up to 99 minutes or continuous run, with programmable storage for up to 9 custom protocols—ideal for repetitive workflows in molecular diagnostics.
• Advanced safety systems: Includes door interlock, overspeed detection, over-temperature detection, imbalance protection, and automatic rotor identification to ensure reliable and safe operation in biomedical labs.
• Performance specifications: Fast acceleration and braking times (9 and 10 seconds respectively) reduce total processing times in time-sensitive research environments.
• Certification and warranty: CE, cTÜVus, FCC, and MCA certified; 2-year warranty supports dependable use in regulated laboratory settings.

This multi-purpose laboratory centrifuge is widely adopted in synthetic biology research and critical in biopharmaceutical production pipelines for its flexible rotor options and precise speed control. Its robust safety features and compatibility make it a favored instrument for cell imaging sample prep, fluorescence analysis, and other biomedical engineering applications.