In almost all industries, product mixing is an integral requirement 

Amixon has in recent years significantly improved the productivity and hygiene standards of process equipment with continuous research and innovation. They have placed special emphasis on the development of sterile equipment that meets the highest standards for hygiene, which has led them to develop new mixers and residual emptying methods.

These systems are used in many different industries from food, nutrition, pharmaceutical, chemical to plastic industries and many, many more. Let us help find the right mixer solution for your material and your industry.

A three-dimensional flow of the mixing products is initiated by the spiral mixing blade of the conical mixer; a helical upward motion on the periphery and downward flow in the center is formed. This blender promises very good results for mixing and full discharge. It can be used in dry powder, wet suspensions, as well as liquids, paste and dough as a powder blender.
To comply with FDA and 3-A Sanitary Regulations, the vertical mixer can be designed to be used as a sterile mixer and reactor that also meets EHEDG specifications.

• Fast speed cutting rotors may be mounted if the mixing phase needs deagglomeration.
• Using only a single top bearing, the mixing system is driven from the top.
• The conical mixer complies with all surface finish specifications in the industry, including sanitary and pharmaceutical requirements.
• An ideal vacuum dryer or reactor is the jacketed and vacuum rated version.

Among other aspects, this precision powder mixer is distinguished by especially short mixing and discharging times. Thus, it is capable of handling vast quantities of products within a short cycle. In a new way, perfect blending values and outstanding particle safety are achieved.

The mixing container consists of a silo-like container in the middle of which, a large cone is inserted at the bottom. The powder mixer has a smooth, streamlined design and supports the mixtures' flow process. In a spiral-like motion, helical mixing tools convey the products upwards. This process takes place along the container's wall.

After about 4 revolutions the entire volume has already been completely shifted once by the mixing tool. The ideal mixture quality is achieved after approximately 20 to 30 revolutions.

• Optimum mixing qualities
• Low rotational speed
• Particularly short mixing time
• Very fast discharge up to 99,98%
• Excellent accessibility
• Mixing chamber: ATEX Zone 20

A three-dimensional flow of the mixing products is initiated by the spiral mixing blade within the ribbon blender; a helical upward movement on the periphery and downward flow in the center is created. This industrial mixer guarantees very good results for mixing and full discharge.

It can be used as a dry powder ribbon blender, wet suspensions, liquids, paste and dough.

To comply with FDA and 3-A Sanitary Standards, the vertical mixer can be designed to be used as a sterile mixer and reactor that also meets EHEDG specifications.

• 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.

A three-dimensional flow of the mixing products is induced by the spiral mixing blade of the vacuum dryer; a spiral upward motion on the periphery and downward flow in the center is formed. The vacuum and pressure mixer dryer is tight and heated by steam, thermal oil or water. Completely temperature controlled: the mixing vessel, the spiral blade, the mixing arms.

Very gentle vacuum drying for dry, damp and viscous materials at variable filling levels at fast reaction rates.

The vacuum dryer can be designed to be used as a sterile mixer and reactor that also meets EHEDG requirements in compliance with the FDA and 3-A Sanitary Standards.

• The mixing tool is fully heated and mounted and only driven from above.
• The apparatus is extremely gas-tight. A vacuum of abs. 1 mbar is possible.
• Extremely short drying times gain from especially large heat exchange surfaces
• The mixing tool is fully heated and mounted and driven only from above.
• The apparatus is highly gastight. A vacuum of 1 mbar abs. is possible.
• Particularly large heat exchange surfaces advantage extremely short drying times

Within the vertical dryer, a spiral mixing blade initiates a three-dimensional flow of the mixing goods; a conical shaped mixing vessel allows up to 100 percent discharge of powders. The vertical conical dryer is vacuum and pressure tight and can be heated by steam, thermal oil or water. Completely temperature controlled: the mixing vessel, the spiral blade, the mixing arms. Perfect mixing quality, fast and gentle drying for moist and viscous materials at variable levels of filling

For compliance with FDA and 3-A Sanitary Standards, the conical mixer dryer can be designed for use as a sterile mixer and reactor. It meets EHEDG specifications as well.

• This jacketed and vacuum rated version is an ideal conical mixer, vertical dryer, and reactor.
• Spiral tools, arms and shaft are jacketed and heated.
• This vertical dryer guarantees quick and gentle drying results.
• It can be used for moist powder, wet suspensions as well as liquids, paste and dough.
• High speed cutting rotors may be installed, if the drying process requires deagglomeration.
• Using only a single top bearing, the mixing device is driven from the top.

• The single-shaft mixer-dryer meets all industry standards for surface finish, including sanitary and pharmaceutical requirements, and requires a very small space.

The discharge valve of the mixer is closed at the beginning of production. With limited mass flow, all the gravimetric working dosing components are started simultaneously and automatically tuned in relation to each other.

The level of the mixing vessel fills up continuously until it reaches half capacity, starting up the mixer. Tuning is completed once the mixer is approximately filled to half its capacity.

If the mixer is packed, the discharge system opens slowly at approx. 80 percent of the workload. An 80 percent filling standard is kept steady. Although maintaining a continuous synchronization, the dosing flows are increased up to the full mass flow.

At the end of production, all dosing components slow down the mass flow gradually and then switch off at the same time. The mixer continuously discharges the mixture until it is totally empty.

The mixer can be designed to meet the highest levels of regulation and hygiene: GMP, FDA, and 3-A Sanitary Standards. It meets EHEDG specifications as well.