Magnetic hotplate stirrers which connect effortlessly to the VELP Ermes cloud platform via secure Wi-Fi allowing monitoring of and control of the hotplates at any time. Software updates are immediate, allowing full benefit of software improvements. Reports can easily be created and shared allowing trends to be tracked and users to enhance accuracy and reproducibility.

• Access to data via PC, smartphone and table allows monitoring 24/7
• Real time graphs and datalogging plus notifications of reaction progress
• Stop reactions remotely to ensure safety in the laboratory
• Brushless motor, maximum speed of 1700 min⁻¹
• Powerful Alnico magnet with superior magnetic coupling
• SpeedServo™ torque compensation technology maintains constant speed as viscosity changes
• Superior thermoregulation both with digital and analogue control

The AREX-6 Connect Pro magnetic hotplate stirrers have resistant die-cast housing that protects the internal parts. The control panel is protected from spills thanks to the run-off groove. A white LED with black background display and a set of icons provide precise settings and clear readout of the working conditions. Units have a fast heating CerAlTop™ plate which protects from chemicals, scratches and enhances the life time of the unit and digital speed and temperature controls.

Units have an integrated timer, from 1 minute up to 99 hours or unsupervised operation. Two independent safety circuits automatically switch off the heating in event of over-temperature. State-of-the-art thermoregulation: Stable and fast with minimal overshoot. The powerful PID thermoregulation software allows operator to set the probe parameters in two different modes: Fine: Slow temperature overshoot optimised or Fast: With higher overshoot.

A Service Life Meter which records the working time of both the motor and the heating element. The operator can set the auto-reverse option for enhanced kinetics at a preferred time interval. The probe icon is illuminated when the PT100 or VTF/VTF EVO is connected. Adjustable temperature limit, if the probe is not correctly immersed in the medium the instrument stop heating-up and displays a probe alarm.