Globe Scientific GCC-P-PWR Portable Clinical Centrifuge with Fixed-Angle Rotor and 12VDC Power Adapter

The Globe Scientific GCC-P-PWR Portable Clinical Centrifuge is engineered for flexible clinical and research applications, providing reliable sample preparation in mobile or limited-space environments. Its fixed-angle rotor accommodates six tubes ranging from 1.5mL up to 15mL using included adapters, supporting diverse centrifugation needs for molecular diagnostics and bioprocessing workflows.

Key technical features:

• Speed range: 300 to 5000 rpm with +/-20 rpm accuracy, delivering up to 2350 × g relative centrifugal force (RCF)
• Run time: programmable from 1 second to 99 minutes or continuous operation, ideal for precise separation protocols
• Power supply: includes versatile 12VDC car power adapter for mobile use; optional 110-240VAC power available
• Display: LCD panel shows both speed/RCF and timer settings clearly
• Control: independent regulation of speed or RCF and time, with two programmable memory settings for frequently used protocols
• Safety: automatic lid lock mechanism that disengages safely only once the rotor stops completely
• Rotor capacity: supports multiple tube sizes (1.5mL, 2.0mL, 5mL, 7mL, 10mL, 15mL) beneficial for sample throughput in clinical diagnostics and biotechnology labs
• Physical specs: compact footprint measuring 240 x 300 x 180 mm and weighing 5.2 kg, ensuring portability without compromising stability thanks to a weighted base

This centrifuge is essential for field-based biomedical engineering, molecular biology research, and synthetic biology projects requiring robust, on-the-go sample processing. Its compatibility with standard lab tubes and precise control over centrifugation parameters makes it highly suitable for workflows such as gene editing sample prep and biopharmaceutical production pipelines. The GCC-P-PWR Portable Clinical Centrifuge is widely adopted in clinical diagnostics and widely used in biotechnology research demanding reliable, reproducible sedimentation results outside conventional laboratory settings.