Used SORVALL 75006445 #9045098 for sale

SORVALL 75006445 is a high-speed laboratory centrifuge designed for efficient clinical, scientific, and research applications. This type of centrifuge is equipped with an adjustable speed range between 3,500 to 21,000 rpm, and offers a maximum capacity of 8 liters. The centrifuge is robustly constructed with a titanium alloy rotor, and incorporates an Advanced Brushless Motor (ABM) to deliver a low maintenance and safe operation. 75006445 is equipped with an intuitive control panel that allows the user to accurately control speed, time, and acceleration, as well as maintain required temperature settings. The ergonomically designed microprocessor control system utilizes an Advanced Digital Interface (ADI) for reliable operation. Additionally, the centrifuge features a dynamic imbalance detector that can sense high levels of imbalance, helping ensure safe operation. SORVALL 75006445 offers a variety of features that can enhance user safety, such as an emergency stop button, auto-release system, and aluminum rotors for powerful, effective operation. It also boasts high efficiency and low noise levels, as well as a variety of safety features, including an emergency stop button that instantly stops the rotation to help protect the equipment and the samples. This dependable and efficient centrifuge includes an interchangeable rotor system that allows users to customize the centrifuge based on their specific needs. 75006445 comes with a temperature-controlled lid to help prevent thermal gradients. Additionally, it features a multi-functional timer that monitors both acceleration and performance, ensuring accurate results every time. Overall, SORVALL 75006445 is designed for high-performance in laboratory settings and is ideal for centrifuging samples of various sizes. It is a reliable and durable centrifuge that offers increased safety features and customizable performance. This centrifuge offers a consistent and reliable separation process and helps practitioners complete the separation of particles accurately and efficiently.