

Including €0.28 for ecotax
•Mixing
• Beating
• Proliferation
Pan support brackets / fully removable
Special production, intensive use.
Stainless steel for food products for perfect hygiene.
Sturdy and convenient.
Mixing 2 blades
160 mm : PC012
190 mm : PC013
COMPLETE SET : Dissolver + Propeller 4 blades +Spiral + Anchor for range 200 P/F
Important notification : if you purchased a turbo agitator tool from 250 range (ref. PC018) prior to 01/05/2024, the complete set will not fit. You will need to purchase the new generation reduction box PC018.0.
Pan support brackets / fully removable
Special production, intensive use.
Stainless steel for food products for perfect hygiene.
Sturdy and convenient.
This statif is intended to be associated only with the following MISCEO blockmotors : PC145 or PC165. Any other association shall make the person making the association responsible for compliance with the safety requirements in accordance with the regulations in force.
This motor block is intended to be associated only with the following MISCEO support : SC060, SC080 or SC090. Any other association shall make the person making the association responsible for compliance with the safety requirements in accordance with the regulations in force.
Pan support brackets / fully removable
Special production, intensive use.
Stainless steel for food products for perfect hygiene.
Sturdy and convenient.
Up to 4L
The Turbo Agitator Tool is an excellent all-round tool for most general low shear stirring requirements and ideal for using with shear sensitive materials and mixing surfactants. With an axial flow (drawing from the bottom to the top) it can be used from low speed through to high speed, for low through to medium viscosity fluids. When creating surfactant type products (shampoos, body washes) it is best to commence on low speed to minimise foaming. Medium to high speed is suitable for emulsions, suspensions, oleogels, cooldown phases and other products requiring general stirring.
Low Shear
Low to High Speed
Low to Medium Viscosity
Axial Flow