• A through-shaft design allows for adjusting of the impeller position to make height adjustment more convenient
• 2 gear stage design guarantees the highest power over the entire speed tange and is designed for continuous operation, even in polymer research
• All electronic stirrers maintain exact speed unter changing loads and even can accept 200 % peak overload for a limited period ot time without interrupting the process
• The motor will be switched off if a high thermal load situation occurs to provide operator safety
• Sealed housing guarantees longevity and maintenance-free 24 hour operation in an aggressive environment

Technicality Data

• A maintenance-free sparkless motor ensures 27 W output power and performs stirring torque peaks up to 520 N/cm
• A 2 gear stage design guarantees the highest power over the entire speed range
• The speed is adjustable over a large scale from 40 – 2,000 rpm

RZR 2020

• This model is for standard applications without display
• Outstanding choices for all medium to high viscosity mixing tasks with a maximum viscosity of 60,000 mPa/s
• A 2 gear stage design guarantees the highest power over the entire speed range of 40 – 2,000 rpm
• A maintenance-free sparkless motor ensures 27 W output power and performs stirring torque peaks up to 400 N/cm

RZR 2021

• Model RZR 2021 features a bright digital for accurate speed setting. Model RZR 2020 is designed for applications that do not require accurate settings and comes without a display

RZR 2041

• The model RZR 2041 is an excellent choice for any high viscosity mixing with a maximum viscosity up to 100,000 mPa/s
• This model features a bright digital display for accurate speed settings
• A 2 gear stage design guarantees the highest power over the entire speed range of 40 – 2,000 rpm
• A maintenance-free sparkless motor ensures 27 W output power and performs stirring torque peaks up to 520 N/cm

General Properties

• All electronic stirrers accept 200 % overload for a limited period of time. Your process therefore will not be interrupted in an event such as short-term overload
• Calibrate your torque at the beginning or even during your process to monitor viscosity changes over time. Reproducible results made easy
• Set your speed of choice on the self-explanatory panel or via digital interface from 30 – 2,000 rpm
• Enhanced bright digital display for torque and speed
• Constant speed under changing loads over the entire span of every gear setting
• Shipment includes a 10 mm chuck as standard

RZR 2051 control

• With all advantages mentioned above
• 1 gear stage stirrers which hold speed constant under changing loads
• Accepts torque of 40 N/cm in an overload situation and 20 N/cm for continuous operation at speeds from 50 – 2,000 rpm
• Viscosity range up to 10,000 mPa/s

RZR 2052 control

• With all advantages mentioned above
• 1 gear stage stirrers which hold speed constant under changing loads
• Accepts torque of 180 N/cm in an overload situation and 90 N/cm for continuous operation at speeds from 30 – 1,000 rpm
• Viscosity range up to 40,000 mPa/s

RZR 2102 control

• With all advantages mentioned above
• 2 gear stage stirrers which hold speed constant under significant load changes such as sticky media like polymers for example
• Choose between 2 options for gear setting and experience the power of the 100 W output motor which allows for torque of 400 N/cm in an overload situation and 200 N/cm for continuous operation at speeds from 12 – 2,000 rpm
• Viscosity range up to 10,000 mPa/s

RZR 2102 control Z

• Features identical technical specifications as the RZR 2102 control except for
• Speed: 4 – 540 rpm
• Torque: 800 N/cm in an overload situation 700 N/cm at continuous operation
• An additionally flanged planet gear for extreme viscosities up to 350.000 mPa/s

• These impellers are recommended for applications which require an average speed
• Models BR 12, BR 14 and HR 18 come with collapsible blade for narrow neck vessels
• For mixing tasks with little or average viscosity

• These impellers are recommended for applications which require an average or high speed
• For mixing tasks with medium or high viscosity
• Excellent mixing properties for homogenization and suspension
• These models create an axial flow

• These impellers are recommended for applications which require an average speed
• Ideal for gassing of liquids
• These impellers create a radial flow
• For mixing tasks with little or average viscosity up to <500 mPa/s

• These impellers are recommended for applications which require a low speed
• For mixing tasks with medium or high viscosity

Worldwide the only impeller capable of completely mixing larger quantities of high-viscosity liquids and gels.

Principle of Functionality:

The worldwide patented inoJET® Mixing System is the result of the so-called cone-principle. Turbulent flows are created at the taper end by acceleration, displacement and retardation. These flows advance throught the stirred medium and result in the new dynamic mixing motion.

Your Advantage:

• One Systm for literally all mixing tasks for low to high viscosity media
• Patented cone-principle creates even at low speeds a turbulent flow which is unique to the inoJET®
• Even with high–viscisity media and gels which naturally do not mix by using common impellers you will observe an immediate flow through the entire beaker
• This technology allows for de-gassing of gels while preventing air intake and foaming
• Reduce your process times significantly while performing the best mixing result ever

POM = Polyoxymethylene

Package RZR 2020
This package includes:

• Mechanical stirrer RZR 2020
• PR 30 impeller
• S2 stand and clamp

Package RZR 2052
This package includes:

• Electronic stirrer RZR 2052 control
• PR 30 impeller
• S2 stand and clamp