amixon GmbH
About us
amixon® is a trendsetter in the development and manufacturing of high-quality process equipment for powder and bulk material processing. Our mixers and dryers stand for the highest product quality, energy efficiency, and hygienic design – manufactured with a high degree of vertical integration in Paderborn, Germany.
The product portfolio includes powder mixers, conical mixers, vertical mixers, single and twin-shaft mixers, container mixers, vacuum dryers, and mixing-dryers, individually designed for demanding applications in the food, pharmaceutical, chemical, battery, plastics, and environmental technology sectors.
Mixing and homogenizing: amixon® mixers ensure precise homogeneity even with minimal fill quantities or extreme mixing ratios. Innovative discharge and complete emptying systems enable rapid batch changes and minimal product loss. The new Gyraton® mixer expands mixing technology with a space-saving, energy-efficient solution: superior mixing quality with gentle product handling and excellent accessibility for cleaning and inspection – ideal for frequent product changes.
Drying and process integration: amixon® vacuum dryers and mixing dryers combine mixing, drying, and reacting in a single unit. Precise temperature control, vacuum technology, and double-jacketed heating ensure that even sensitive products are dried gently, reproducibly, and hygienically.
In our in-house technical facilities, processes are tested and optimized in collaboration with our customers – using original products and validated results.
Products
amixon® Gyraton® mixer type GM
This large-volume mixer is a new development. It requires only low electrical connected loads. It mixes accurately, effectively and very gently. Gyraton® mixers are also particularly cost-effective because they require very little installation space. The properties of the mixing goods are irrelevant. Even moist or poorly flowing materials (time-solidifying materials) are homogenized. The function is similar to all other amixon® mixers. But the specific energy input is lower with the Gyraton® mixer. The mixer spiral rotates slowly and conveys the mixed materials upwards. It always touches only a part of the mixing chamber wall. In addition to rotation, the mixer shaft performs a circular path above the mixing chamber floor. The pivot point of the shaft lies in the plane of the gas-tight shaft seal. The entire cylinder surface is tangent to the mixing element spiral. This also applies to the bottom. Mixing takes place without dead space because the base is designed as a calotte. The lower mixing unit arm has the same curvature as the calotte shell. The mixer shaft is only supported and driven at the top. The shaft sealing is permanently hygienic and gas-tight. The unit shown here can homogenize 70 m³ of mix. This is the content of a 40-foot deep-sea container. This mixer design requires very little installation space. The mixer can optionally have one or more discharge nozzles. In the amixon® pilot plant, such a Gyraton® mixer is available for tests. The usable volume is 3 m³. From the measurement data that amixon® obtains during the mixing test, we can calculate very accurate design data for larger Gyraton® mixers.
KoneSlid® Mixer
amixon® has developed an interesting innovation: a single-shaft powder mixing system with comparatively small dimensions. This precision powder mixer is characterised by particularly short mixing and discharging times, amongst other things. It is thus capable of processing large product quantities in a short cycle time. Ideal mixing qualities and excellent particle protection are achieved in a new way. The mixing container consists of a silo-like container in whose centre a large cone is inserted at the bottom. The powder mixer has a smooth, streamlined design and supports the flow process of the mixtures. Helical mixing tools convey the goods upwards in a spiral-like motion. This process takes place along the wall of the container. Having arrived at the top, the goods slide downwards and are directed to the outside once again by the cone. The homogenisation process takes place in the marginal area between the upward screwing and the downward movement. This process is gentle and effective. After approximately 20 to 30 revolutions an ideal mixing quality is obtained that cannot be further improved in practice. The displacer then lowers itself by a few centimetres, so that the emptying takes place quickly and without residues. The mixer usually discharges into containers, big bags or the storage tanks of a filling machine. If the discharged mixture would land in the middle of the collecting container, a cone of material would form, leading to two disadvantages. On the one hand, the entire intake capacity cannot be used and on the other, bulk material slopes can cause segregation effects. The mixtures are discharged off-centre and segregation-free from the powder mixer described here. amixon® has test mixers in the most diverse sizes for process trials. Good results are assured in advance.
Mixing reactor / vacuum mixing-dryer
Very gentle vacuum-drying at fast reaction rate for dry, moist and viscous materials at variable filling levels The spiral mixing blade initiates a three-dimensional flow of the mixing goods; creating a spiral upward movement on the periphery and downward flow in the centre. The reactor is vacuum and pressure tight and heatable by steam, thermal oil or water. Fully temperature controlled: the mixing vessel, the mixing arms, the spiral blade. The mixer can be designed to conform with FDA standards to be used as a sterile mixer and reactor which also meets EHEDG requirements and the 3a-sanitary standards.
Conical mixer dryer reactor
Ideal mixing quality for quick and gentle drying, moist and viscous materials at variable filling levels The spiral mixing blade initiates a three-dimensional flow of the mixing goods; conical designed mixing vessel enables powders to be discharged up to 100%. The reactor is vacuum and pressure tight and heatable by steam, thermal oil or water. Fully temperature controlled: the mixing vessel, the mixing arms, the spiral blade. The mixer can be designed to conform with FDA standards to be used as a sterile mixer and reactor which also meets EHEDG requirements and the 3-a-sanitary standards.
Vertical cone mixer
Ideal mixing quality for dry, moist and viscous materials at variable filling levels The spiral mixing blade of the conical mixer initiates a three-dimensional flow of the mixing goods; creating a helical upward movement on the periphery and downward flow in the center. This blender guarantees very good mixing results and complete discharge. It can be used as powder blender for dry powder, wet suspensions as well as liquids, paste and dough. The vertical mixer can be designed for compliance with FDA and 3-A Sanitary Standards to be used as a sterile mixer and reactor which also meets EHEDG requirements. Further characteristics of the powder blender and conical mixer - If the mixing process requires deagglomeration, high speed cutting rotors can be installed. - The mixing device is driven from the top, using only a single top bearing. - The conical mixer meets all industry standards for surface finish, including sanitary and pharmaceutical requirements. - Jacketed and vacuum rated versions are an ideal vacuum dryer or reactor.
Vertical twin shaft mixer
Best mixing quality for dry, moist and viscous materials at variable filling levels The spiral mixing blade of the vertical mixer initiates a three-dimensional rearrangement of the mixing goods. This vertical mixer guarantees best mixing results. It can be used for dry powder, wet suspensions as well as liquids, paste and dough. The vertical mixer can be designed for compliance with FDA and 3-A Sanitary Standards to be used as a sterile mixer and reactor which also meets EHEDG requirements. Further characteristics of the vertical mixer: - The clockwise driven spiral tools initiate a three-dimensional flow of the mixing goods creating a spiral upward movement on the peripheries and downward flow in the center combined with horizontal cross flows. - Vertical mixers can be used if a combination of heavy duty and very gentle mixing tasks have to be done subsequently. - It can be used as a powder blender for dry powder, wet suspensions as well as liquids, paste and dough. - If the mixing process requires deagglomeration, high speed cutting rotors may be mounted. - For dry, moist and viscous materials. Technical ideal mixing qualities can be guaranteed independent of filling level (10 to 100 % of the net volume), rpm-value of the mixing tools and characteristics of the mixing goods (for example: different bulk densities, particle sizes, flow abilities) - Each vertical mixing device is driven from the top, using only a single top bearing. - The twin shaft mixer meets all industry standards for surface finish, including sanitary and pharmaceutical requirements.
Vertical single-shaft mixer
The spiral mixing blade inside the ribbon blender initiates a three-dimensional flow of the mixing goods; creating a helical upward movement on the periphery and downward flow in the center. This industrial mixer guarantees very good mixing results and complete discharge. It can be used as ribbon blender for dry powder, wet suspensions as well as liquids, paste and dough. The vertical mixer can be designed for compliance with FDA and 3-A Sanitary Standards to be used as a sterile mixer and reactor which also meets EHEDG requirements. Further characteristics of the single-shaft mixer / ribbon blender: - If the mixing process requires deagglomeration, high speed cutting rotors can be installed. - The ribbon blender is driven from the top, using only a single top bearing. - The mixer meets all industry standards for surface finish, including sanitary and pharmaceutical requirements. - Jacketed and vacuum rated versions are an ideal vacuum dryer or mixing reactor.
Continuous mixer
Further characteristics: * Technically ideal mixing quality * Option between operation as batch mixer or continuous mixer * Adjustable mixing intensity (from gentle homogenization to intensive deagglomeration) * Definite retention period independently from mixing device/rotation speed * No product loss at start of production * No product loss at end of production * Micro-fine admixture of liquid material without contamination of the mixer * Specific filling level selection from 10% to 80% of cubic capacity * Ideal emptying of residues * Extended process including: moistening, tempering, drying, reaction processing * Highest health standard (GMP Standard); safe cleaning; dry or wet * Mixing apparatus mounted and driven only on upper part
Container mixer
Ideal mixing quality for dry and moist materials at variable filling levels The spiral mixing blade initiates a three-dimensional flow of the mixing goods; creating a spiral upward movement on the periphery and downward flow in the centre. This patented mixing tool provides very good mixing results. It can be used for dry powder and wet suspensions.
Single-shaft mixer with standard drum
Mixer's field of application: * small production orders * preparation of master batches * "just-in-time" mixing jobs * product development Further characteristics: * Technically ideal mixing quality; adjustable mixing intensity (from gentle homogenization to intensive deagglomeration) * Micro-fine admixture of liquid material; the mixer remains dry and clean * Selection of filling level from 10% to 100% of working capacity * Ideal discharging of residues; easy cleaning/ sterilization (GMP Standard) * Integration into your ERP System, mixing programs supplied by PLC * A bar code scanner can be integrated for online-documentation * You need a limited infrastructure only: manual fork lift, scale and some standard drums Function: A patented spiral mixing tool rearranges the mixing goods. There is an upward movement in the periphery and a downward movement caused by gravity in the centre of the mixing vessel. You can improve the cross flow by inclining the mixing vessel up to 25 degrees. This mixing machine achieves technically ideal mixing qualities. Mixing goods can be dry, wet, suspended or pasty. According to the required processing/ mixing result (either gentle or aggressive and dispersive) you can select the mode of operation: gentle blending, deagglomeration, wetting at low energy input, wetting at high energy input, agglomeration, drying, improving of solubility etc.
News
The Gyraton® silo mixer achieves optimum mixing qualities.
Gyraton® silo mixers from amixon® combine a silo and a precision mixer in a single system. They homogenize large batches up to 100 m³ precisely and efficiently with a remarkably compact drive. The Gyraton® sets new standards in bulk material processing.
High-temperature reactors in the amixon® pilot plant
At the amixon® technical center, mixing, drying, and reaction processes are tested under real-world conditions. This results in reliable data and solutions for reproducible, efficient processes.