Globe Scientific GCC-MP-50ML6 Multi-Purpose Laboratory Centrifuge with Fixed and Swingout Rotors

The Globe Scientific GCC-MP-50ML6 is a versatile multipurpose centrifuge designed for broad laboratory applications including biotechnology, molecular diagnostics, and clinical research. It supports a wide range of rotor options such as fixed angle, swing bucket, and microplate rotors, accommodating tube sizes from 0.2 mL to 100 mL and microplates, making it essential for workflows in bioprocessing and synthetic biology.

Key technical specifications include a maximum rotational speed of 6000 rpm with 10 rpm increments, and a maximum relative centrifugal force (RCF) of 4300 x g, suitable for applications requiring precise centrifugation parameters. The unit offers programmable operation with up to 9 saved programs, and timing settings covering from 30 seconds to 99 minutes or continuous run mode, essential for reproducible sample processing.

Safety and operational features include:

• Door interlock to prevent accidental opening during operation
• Overspeed detection and over-temperature sensing to enhance user and equipment safety
• Imbalance protection for stable high-speed centrifugation
• Automatic rotor identification facilitates quick setup and reduces error

Additional specifications:

• Speed accuracy within ±20 rpm
• Acceleration and braking times are 9 and 10 seconds, respectively
• Clear backlit LCD display enables ease of monitoring
• Power consumption is 660 W at 10 A
• Dimensions are 445 x 579 x 269 mm and the unit weighs 36 kg
• Compliant with CE, cTÜVus, FCC, MCA certifications ensuring quality and safety standards

This centrifuge is widely used in biotechnology, biomedical engineering, and molecular biology laboratories and is critical in biopharmaceutical production pipelines where reliable sample separation and processing speed are vital. Its adaptability for microplate and variable tube sizes makes it popular among molecular biology researchers and for applications requiring fluorescence analysis, live-cell imaging sample preparation, and molecular cloning workflows.