JULABO CORIO CD-B5: High-precision heating circulator for demanding laboratories
The CORIO CD-B5 from JULABO is a laboratory heating circulator designed to provide reliable and precise temperature control in a wide range of scientific and industrial applications. Thanks to its PID1 control technology and temperature stability of ±0.03 °C, it guarantees reproducible results, even in the most sensitive environments. This model is ideal for tasks requiring a constant temperature, such as material testing, chemical reactions or instrument calibrations.
Robust and intuitive design for everyday use
The CD-B5 features an open stainless steel bath that is corrosion-resistant and easy to clean. Its bright white LED display allows for easy reading of parameters, even from a distance. All controls are accessible from the front for ease of use and safety. The circulator is equipped with a simple switch between internal and external circulation, controlled by a lever located below the display. In addition, rubber feet ensure optimum stability on the work surface.
Modern connectivity and enhanced safety
Integrated USB connectivity allows remote control and easy integration into digital laboratory systems. The CD-B5 also features an optical and audible alarm system for low liquid levels, preventing unexpected interruptions. The lockable power cable enhances process safety. Manufactured in Germany, the CORIO CD-B5 embodies JULABO's commitment to reliability, durability and technological innovation.
Fast thermal performance and energy efficiency
The CORIO CD-B5 also stands out for its fast temperature rise, optimised for liquids such as water. With a heating capacity of 2 kW, it quickly reaches the desired temperatures, reducing waiting times and increasing productivity in the laboratory. Its energy efficiency is enhanced by the use of high-quality components such as platinum sensors and proven motor technology. The PID1 control system, combined with the absolute calibration function (ATC), ensures precise and constant temperature control. This reliable performance is essential for critical applications where thermal stability is paramount.
