Globe Scientific GCH-24 Hematocrit Centrifuge with 24-Place Capillary Rotor

The Globe Scientific GCH-24 Hematocrit Centrifuge is designed for precise erythrocyte fraction determination and micro solution separations in clinical and biotechnology laboratories. Equipped with an included 24-place capillary rotor, it supports hematocrit analysis essential in molecular diagnostics and bioprocessing workflows.

Key features include:

• Speed range: 200 to 14,000 rpm adjustable in 10 rpm increments, enabling versatile centrifugation protocols for cell fractionation and synthetic biology research.
• Maximum relative centrifugal force (RCF): 18,620 × g, supporting efficient sedimentation of blood components and micro-samples.
• Independent control of speed and run time, with programmable timer (30 sec to 99 min or continuous) that starts once the target RPM or RCF is reached, ensuring reproducible separation results critical in clinical diagnostics.
• Maintenance-free brushless DC motor provides reliable, low-vibration operation, enhancing sample integrity during centrifugation processes used in gene editing and biomanufacturing research.
• Dual rotor options: standard hematocrit rotor with 24 capillary tube capacity (max 12,000 rpm) and an optional 24-place rotor for 1.5/2 mL tubes (max 14,000 rpm) for flexible sample volume processing.
• User interface: backlit LCD with intuitive menu, control buttons, and adjustment knob for convenient programming and monitoring.
• Safety features: door interlock, overspeed and over-temperature detection, automatic rotor identification, and internal diagnostics to meet GMP compliance and ensure operator safety.
• Additional functionalities: pulse mode for rapid spins, audible alerts, and short-time run function for quick sample processing steps in biotechnology and clinical laboratory settings.

The compact benchtop design (280 x 364 x 266 mm) and 10 kg weight facilitate placement in standard laboratory spaces. Certified to CE, cTÜVus, FCC, and MCA standards, the GCH-24 is suitable for a wide range of applications including live-cell imaging sample preparation, hematology research, molecular cloning workflows, and other biomedical engineering tasks requiring specialized microcentrifugation.