Used IEC Minimax #9071078 for sale

IEC Minimax centrifuges are designed for high throughput purification and separation. The centrifuges feature a robust design that enables operation in continuous or batch mode. Minimax centrifuge operates at rotational speeds up to 40,000 RPM, providing efficient separation of biological and chemical particles such as cells, macromolecules, and molecules. The centrifuge also features a wide range of interchangeable rotor heads, allowing users to perform a wide variety of sample processing protocols. IEC Minimax has a powerful drive system that can achieve increased acceleration and deceleration rates to improve the speed and quality of sample separation and purification. The centrifuge features a low-noise operation, a vibration-free mechanism, and a wide range of features to ensure efficient and reliable operation. These features include a digital display that allows for precise speed and time control, a motor safety door switch, and a motor drive system that provides electronic overload protection. The rotor heads of Minimax are designed to provide high capacity sample throughput and optimal purification. The rotors are complete with sealed and removable chambers to ensure that sample contamination is minimized. The centrifuge also has a swing-out feature to allow for easier sample loading and unloading. IEC Minimax also features an integrated temperature control system to ensure optimal separation conditions. Minimax is controlled by an easy-to-use digital controller. The controller provides advanced monitoring and control functions, including programmable cycles, load adjustment, and PID feedback control for optimal performance. Additionally, the digital screen allows for easy monitoring and setup of the centrifuge. IEC Minimax is a powerful and reliable centrifuge designed for high-throughput sample processing and purification. Its robust design, advanced control features, and wide range of rotor heads make it an ideal solution for a variety of applications, from cell and tissue separation to molecular biology, bio-analytical, and biopharmaceutical-based processes.