In this blog article we address some common questions from amixon® prospects about our innovative amixon® cone mixers and their advantages for continuous mixing processes. If you do not find the answer to your potential questions in this article, please contact us personally. We look forward to you!
On the left: A conical mixer with 10 m³ usable volume. The same mixer is optionally used for continuous (120 m³/h) or batch (10 m³) mixing processes. The mixer shown on the right produces baby food from 4 solid components. Both mixers rest on load cells.
Yes, it is possible: Highly accurate and without start-up losses. The dosing systems located above are required for this purpose. The continuous mixing process is started as follows:
At the beginning, the discharge device of the mixer is closed. All gravimetrically operating dosing units are started simultaneously with a low mass flow and automatically synchronize with each other. Any dosing errors from the dosing start are also corrected. The filling level of the mixer increases continuously, with the mixer drive only starting at approximately half the filling level in order to preserve the mix.
the discharge device opens slowly and the ideally mixed product is continuously discharged from the mixer. Optionally, the metering flows can now be increased with continuous adjustment.
Yes, this is normally the case. But not when the amixon® conical mixer described here is used. From the very first gram to the end of the mixing campaign, only ideally mixed product is produced. Typical dosing fluctuations at the start are corrected by the system itself. Any unintentional metering fluctuations are compensated for as best as possible.
The AMK 10000 continuous mixer shown above rests on load cells, and the conveyors installed above it are high-precision gravimetric feeding systems. If the mixer is operated continuously, it has a capacity of up to 120 t/h. However, the mass flow can also be reduced to 20 t/h.
That is exactly the case. If the same mixer is operated on a batch basis, it can mix differing batches of approx. 1 m³ to 10 m³ with technically ideal precision as a batch. This can be, for example, a high-quality premix consisting of many small components.
During continuous mixing, this premix can then be used later. This procedure is always suitable if the number of dosing systems is lower than the number of raw materials.
We can demonstrate such continuous mixing processes in our pilot plant.