Ytron-Y directed jet in-tank mixer generates an axial flow of fluids through the Y rotor/stator head giving rapid homogeneous mixing without aeration.
Ytron-Quadro offer a range of mixing systems for both inline and in-tank processes for all types of mixing applications such as; powder incorporation, emulsions, liquid/liquid dispersions and suspensions.
Ytron-Y directed jet in-tank mixer generates an axial flow of fluids through the Y rotor/stator head giving rapid homogeneous mixing without aeration.
Homogenisation system for slurries and liquid/liquid mixtures
Powder incorporation device for gelling, thickening and difficult to wet powders.
The ZC ViscoTron uses the same powder incorporation technology as the YTRON ZC but with the addition of 2 positive displacement pumps to achieve powder incorporation into viscous liquids or applications with a high powder/liquid ratio.
The VMI TURBOTEST is the ideal versatile bench top mixer for R&D with a range of tooling options and a number of integrated safety features. The ergonomic design and programmable control make the TURBOTEST versatile and easy to operate.
Laboratory scale R&D homogeniser with vacuum mixing and heat transfer capabilities.
Continuous process for gelling, thickening and difficult to wet powders
The VMI TRILAB is a versatile R&D tool for the preparation of creams and pastes with integrated vacuum system, melting, heating, and cooling. The TRILAB mimics the larger production TRIMIX and can be used for small scale production and product development
The VMI TRIMIX is the complete solution for manufacturing Cosmetic and Pharmaceutical products using vacuum mixing and high shear technologies. With options for an integrated vacuum system, wax melting, heating, and cooling the TRIMIX can be used as a stand alone mixer or part of a complete turnkey solution.
Ytron-Y directed jet mixer with ByPass uses the axial flow of fluids through the Y rotor stator head to generate suction drawing the powders or liquids directly into the mixing zone for rapid dispersion without aeration