Used SAVANT / THERMO FINNIGAN SpeedFuge HSC10K #137855 for sale

SAVANT / THERMO FINNIGAN SpeedFuge HSC10K is a high-speed centrifuge, specifically designed for efficient and reliable sample separation for a wide range of applications. The centrifuge is well suited for samples containing a high concentration of particles or other suspended matter in a wide range of volumes and is ideal for use in clinical, research, and industrial laboratories. This model offers a maximum speed of 10,000 rpm (revolutions per minute), allowing for the fastest possible processing time without sacrificing separation efficiency. An adjustable angle rotor is also standard, providing excellent flexibility for versatile separation operations. The SpeedFuge utilizes a powerful, thermally controlled digital motor, which allows it to quietly and reliably run for extended periods of time without the need for additional cooling fans. The SpeedFuge offers a wide range of additional features that make its use convenient, including an LCD display with a touch-sensitive user interface, powerful rotor balancing algorithms, and advanced safety features like low temperature alarms, lid locking systems, safety brakes, and automatic run-stop. The SpeedFuge also works with a variety of other peripherals, allowing for maximum integration into these applications. The tubular shape of the centrifuge, combined with its small footprint make it an ideal choice for tight laboratory spaces. Additionally, the low noise level of the unit means it won't disrupt the laboratory environment. The SpeedFuge is also extremely user-friendly, with simple operation that can be accessed through the LCD touch screen. The intuitive user interface allows users to easily customize settings and create run protocols. In conclusion, SAVANT SpeedFuge HSC10K is an ideal centrifuge for a wide range of applications. It features high speed performance, a powerful digital motor, adjustable angle rotor, easy-to-use user interface, and a variety of advanced safety features. In addition, its low noise operation and small form factor make it suitable for tight laboratory spaces.