Globe Scientific GVM-AS-ADAPT12 Variable Speed Orbital Vortex Mixer

The Globe Scientific GVM-AS-ADAPT12 is a variable speed orbital vortex mixer designed for efficient mixing of biological, chemical, and clinical samples. Its speed control ranges from 0 to 2500 rpm, adjustable via an analog dial, enabling precise mixing conditions essential in biotechnology, molecular diagnostics, and clinical research workflows. The mixer’s motor employs a shaded pole design producing a 4 mm orbital motion ideal for thorough homogenization of samples in tubes of various sizes.

Key technical features include:

• Touch operation and continuous run modes, facilitating diverse laboratory protocols in synthetic biology and bioprocessing research.
• A heavy-duty cast aluminum base coupled with specially designed vacuum and rubber suction feet ensures operational stability and vibration damping during high-speed orbital motion.
• Compact footprint (127 x 130 x 160 mm) and moderate weight (3.5 kg) allow flexible benchtop placement in biomanufacturing and cell imaging labs.
• Compatible with a wide array of optional adapters, enabling simultaneous mixing of multiple tubes, critical for high-throughput gene editing experiments and molecular cloning workflows.
• Robust power supply options (110–120V or 220–230V, 50/60 Hz) support diverse laboratory environments globally.
• IP21 protection rating allows reliable operation under standard laboratory atmospheric conditions (5–40°C, 80% relative humidity non-condensing).

This vortex mixer is widely adopted among researchers engaged in synthetic biology, biomedical engineering, and clinical diagnostics, offering consistent and reproducible mixing for sample preparation protocols and essential bioprocessing tasks. The spill-resistant chassis improves operational safety in potentially high-containment handling environments.

The Globe Scientific GVM-AS-ADAPT12 vortex mixer seamlessly integrates into workflows requiring robust and reliable sample agitation, making it an indispensable tool for biotechnology research and laboratory sample processing projects.