maxMIX
Unbeaten strong 2mag magnetic stirrer with large set-up area, up to 150 litres stirring volume, also suitable for highly viscous media.
Very strong magnetic coupling, therefore predestined for magnetic power transmission over wide distances (up to 60 mm), for thick vessel bottoms or for double-coat vessels. Maintenance-free 2mag-motor-drive with large speed range from 100 up to 1,200 rpm. Fully encapsulated and tight stainless steel housing, IP64, extremely robust construction and performance, easy to clean under running water and firm.
Integrated control with powerful 40 watt stirring power, adjustable SoftStart function (20-99 s) for reliable catching/centering and safe acceleration of the stirring bar with different volumes and viscosities.
Digital display for speed and SoftStart setting, Quick-Set for quick setting of the start or maximum speed, QuickStop function to prevent overrun and glass breakage, saving of the last function status when switching off, durable stainless steel housing, easy to clean.
Up to 150 litres stirring volume
Stirring over wide distances
Compact dimensions
Footprint 26.5 x 26.5 cm
Stirring speed from 100 up to 1,200 rpm
Ideal for highly viscous media
3 years warranty
Developed and made in Germany
Type | maxMIX |
Stirring points | 1 |
Stirring volume / stirring point | 1 – 150 litres |
Speed range | 100 – 1,200 rpm |
Stirring power (max.) | 40 W |
Power setting | – |
Acceleration | variable, 20 – 99 s |
Material housing | Stainless steel |
Permitted Operation conditions | -10 up to +50 °C (at 80% humidity) |
Electrical data | 100-240 V / 50-60 Hz / 4.2 A |
Dimensions (WxDxH) | 265 x 320 x 68 mm |
Protection category | IP64 |
Weight (gross) | approx. 10 kg |
Order no. | 30501 |
3-year warranty on material and manufacturing defects.
Subject to technical changes. We do not assume liability for errors in printing or typeing.
High-effective stirring bar for large volumes
New developed, high-effective stirring bar for large volumes
Extremely strong stirring bar remover
Frame for easy and fast enlargement of surface area and loading capacity