AREX-6 Advanced CerAlTop™ Hot Plate Stirrer

Safe and powerful ceramic coated aluminum hot plate stirrer upgradable with VTF and VTF EVO external digital thermoregulator for direct temperature control of the sample.

Heating Magnetic Stirrers / Advanced Aluminum Hot Plate Stirrer / Velp

  • Superior Safety Features

    • The illuminated heating switch on/off prevents unintentional heat up
    • The illuminated heat icon informs the operator when the top plate temperature is above 50°C
    • Resistant die-cast housing (IP 42) for maximum protections of the internal part of the instrument.
    • The fast heating CerAlTop™ plate resist to chemicals and scratches ensuring long life-span
    • The stirring speed ramps up gently avoiding spillages risks
    • The optional and tailor-made Silicon Protective Cover protects the stirrer from spillage damages
    • The AREX-6 is designed for the longest lifespan and guaranteed by 3 years warranty.

    Engineered for Performances & Usability

    • PID software controlled thermoregulation for fastaccurate and stable temperature control
    • Maximum temperature control up to 370°C
    • Extremely powerful brushless motor able to stir from 30 up to 1700 rpm
    • The torque compensation technology SpeedServo™ maintains the rpm constant as viscosity changes
    • The Alnico Magnet provides state-of-the-art magnetic coupling and guarantees superior peripheral stirring
    • Accepts up to 20 liter flasks

    Versatility and Improved Productivity

    • Connection for VTFVTF EVO digital thermoregulators for direct temperature control of the sample with 0,5 °C temperature accuracy
    • The VTF and VTF EVO upgrades the AREX-6 performance potential with exclusive features of digital hot plate stirrers
    • The MultiAluBlock™ and the new MonoAluBlock™ permit to perform numerous reactions saving time and bench space
    • The new Hemispheric Bowls set permits to replace oil baths and mantles in order to perform clean and safe reactions with round bottom flasks
    • PTFE Safety Covers are designed to minimize thermal dispersion and increase safety