Mixing is a basic operation in process engineering. The primary objective is mainly achieving the required homogeneity of the new material. The mixing time and the energy outlay for the mixing process play an important role with regard to economic and process-technical aspects.
The employment of mixing technology has been integrated into almost all branches of industry, such as in the pharmaceutical, biotech, electrical engineering, adhesive and composite technology, and paint and ink production sectors.
The materials to be mixed can be of a different nature: extending from very viscous or scarcely viscous to pastes and powder, where this results in detail in different task definitions and challenges for the actual mixing technology.
The objective of the mixing procedure is generally to generate a uniform and bubble-free product. This technology should be easy to operate and the results simple to reproduce. On the other hand, the abovementioned variety of materials to be mixed causes very special demands to be placed on the mixer.
The Hauschild SpeedMixer™ is provided with a wide application spectrum and is characterised in particular by its diverse use: in first place are research & development, laboratories and quality assurance. Increasingly, however, it is also playing a large role in the production of small quantity lots in the most varied industrial sectors.
Our references extend over the following branches of industry
◊ Silicone manufacturer and formulation industries
◊ Paints, enamels and safety printing inks
◊ Pigments, iron oxides
◊ LED research & development
◊ Adhesive processing industries and manufacturers
◊ Colleges and institutes
◊ Medical equipment
◊ Dental sector
◊ Air & space travel industry
◊ Automobile and supplier industry
◊ Epoxy resins
and many more.
Possible automation of the SpeedMixer™ can additionally enable considerable advantages and cost savings. Please contact us.
You can find sample applications in photographs and videos here.