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READ THIS: For use with 1.5/2.0mL MICRO-CENTRIFUGE TUBES ONLY | Max. Speed: 15,000 rpm (200-15,000 rpm), Increment: 10 rpm | Max. RCF 21380×g, increment: 10×g
Pre-cooling to desired temperature ensures optimal protection of the sample before warming. Guaranteed 2°C cooling within only 7 minutes of both chamber and samples even at maximum speed and capacity utilization. Lid lock facility allows for internal temperature maintenance even after centrifugation.
-20°C to 40°C temperature range. Powerful compressor and cooling system, fast cooling. Intermittent temperature control mode, CFC-free refrigerant and low carbon life rotor capacity, special double cooling air design, reduces rotor heating .
Aluminum rotor/anti-sample overflow prevents accidental leakage during centrifugal process. High quality aluminum alloy bio-containment rotors, safe and autoclavable for unlimited service life.
Headquartered in Rocky Hill, CT, USA, SCILOGEX offers premium laboratory equipment and expert post-sales service and support. Our equipment is favored by life science professionals, researchers, advanced hobbyists and academic students worldwide. You'll find our products in commercial environments, research labs, and academic institutions - wherever high quality and precise control is required.
Centrifuges are indispensable in the realms of science, industry, and medicine. SCILOGEX is a leading manufacturer of compact, powerful centrifuges that combine multiple-speed capabilities and low noise levels, ensuring an efficient and quiet operation. A testament to their value is flexibility in handling diverse tube sizes and capacity for efficient sample separation. Speed and efficiency are inherent traits of SCILOGEX centrifuges. SCILOGEX centrifuges provide precise control over variables like speed, temperature, and acceleration rates. Such granularity of control ensures optimal conditions for every sample type, fostering reproducibility. Furthermore, SCILOGEX centrifuges are marked by their versatility. Their various iterations, from fixed-angle to swing-out rotors are tailored for specific tasks, making them adaptable to diverse research and industrial scenarios. Importantly, centrifugation preserves the integrity of delicate samples, like proteins and cells, by steering clear of abrasive chemical or mechanical interventions. This gentle separation ensures that the functionality of such samples remains uncompromised. Lastly, scalability is a notable advantage. Whether you're working in a small lab, higher education, or an expansive industrial setup, centrifugation can be scaled to match the task. Their widespread applicability spans fields like biology, chemistry, medicine, and environmental sciences, underscoring their integral role in advancing research and production processes.