New ultra-low refrigerated/heating circulator

Powerful all-rounder

The MAGIO MS-1000FF is the new all-rounder in Julabo's ultra-low circulator range. This state-of-the-art temperature control system is designed to simulate extreme conditions, reaching temperatures as low as -90°C. It combines a powerful pressure and suction pump with strong cooling and heating capabilities, making it ideal for temperature control in demanding external applications. As with all MAGIO circulators, the MS-1000FF boasts premium quality and outstanding performance, paired with user-friendly, intuitive operation.

The MAGIO MS-1000FF cooling system utilises sustainable, natural refrigerants in both cooling stages, positioning it as a future-proof solution. With a working temperature range of -90°C to +100°C, the unit operates with precision, even in ambient temperatures as high as +40°C. Maintenance is made easy with the removable venting grid, allowing the condenser to be cleaned without tools and ensuring optimal cooling capacity throughout its life cycle. A heated bath cover plate comes as standard, preventing condensation and ice build-up. Additionally, the absence of side vents allows multiple units to be positioned next to each other to save space. The optional condensation trap accessory further reduces the dilution of bath fluids at low operating temperatures.

MAGIO MS-1000FF benefits

The MAGIO MS-1000FF features a responsive touch display, providing users with an easy-to-navigate interface to monitor values and functions. The intuitive, multilingual menu ensures seamless control. It also comes equipped with multiple interfaces, including USB, Ethernet, RS232, SD card, and alarm off, making it suitable for remote control, data management, and process integration. Further interface options are available as accessories.

Safety is a priority, and the MAGIO MS-1000FF is classified under DIN12876-1, offering safe operation even with flammable fluids. The system automatically shuts off in case of high temperatures or low liquid levels, ensuring maximum operational safety.

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