An industrial mixer can be defined as any piece of bulk processing equipment designed to mix or blend heterogeneous materials to form a homogeneous end-product. Industrial mixing machines are found in processing and manufacturing facilities all over the world and are often used to mix foods, chemicals, pharmaceuticals, pesticides, household products, plastics, and minerals.
There are many types of industrial blenders and mixers, and different products require different mixing techniques. Depending on the bulk ingredients to be mixed, industrial mixing may be performed at a wide range of different processing temperatures and operating pressures. Mixing equipment is typically engineered with blades and motors specifically designed to carry out particular handling mechanisms. Common examples of different processing methods include blending dry powders, mixing high-viscosity pastes, homogenizing, emulsifying, agglomeration, or reducing particle size.
Some of the most common types of industrial mixing machines for powder processing include:
Industrial mixing covers a wide range of handling mechanisms, and so industrial mixer manufacturers must be highly knowledgeable and have extensive experience testing many kinds of equipment and products in order to be able to recommend the optimal industrial mixing machine for any particular application.
For several decades, amixon® has been engineering and piloting custom industrial powder mixers for use in diverse market segments. Our experience has shown that, while industrial mixers may vary widely depending on the product and application, high-quality industrial mixing equipment will always have the following characteristics in common:
As global markets grow and change, demands for convenience, quality, and customization increase in turn. amixon® industrial mixers are constantly fine-tuned with the latest technology to maximize efficiency, batch yields, user-friendliness, and reliability. Our mixing technology features state-of-the-art mechanical, electrical, and communications interfaces for seamless integration with modern production control systems.
Especially in industrial food processing and the pharmaceutical industry, ensuring compliance with safety and sanitation standards is the overarching priority that governs every aspect of the production process. This not only requires that industrial mixers are built from food safe or medical grade materials, but it also requires a sanitary design. amixon® mixers are characterized by smooth surfaces that both prevent the accumulation of residue and facilitate easy maintenance and thorough cleaning.
Industrial mixers never work alone. A processing or manufacturing plant can consist of hundreds of machines, all handling the materials at different stages of production. Even a large industrial mixing machine from amixon® is designed to maximize space with a compact, vertical design, simplifying its integration into even the most complex production line consisting of multiple mixers.
All amixon® mixers, blenders, dryers, and reactors, are made exclusively in Germany. We insist on manufacturing all the key parts and mechanisms of our industrial mixers in-house at our product design and manufacturing facility in Paderborn. Our proprietary mixing technology also includes patented designs for mixing shafts and blades. The only part of our mixing technology not built by our in-house team are the gear boxes. Due to the depth of our involvement in the engineering process, we can ensure unmatched performance and superior reliability in all of our industrial mixing machines.
Every material has unique handling characteristics, and every product is different. With comprehensive customer support ranging from consultation all the way to on-site assembly and implementation, amixon® engineers are committed to developing application-specific solutions tailored to each customer’s individual requirements. We have piloting plants located in key regions around the globe where we can test and demo any industrial blending, mixing, drying, or reaction process under real-life production conditions.