Stamixco AG

Stamixco designs and manufactures a wide variety of static mixers (motionless mixers with no moving parts) for the con- tinuous processing of polymers, liquids, gases and slurries. Stamixco views ourselves as a competent partner with our customers so they can realize their process improvement needs. Our many years of experience, know-how and on-go- ing research & development activities have made us a tech- nology leader in our industry where we are owner-operated and internationally established. In addition, we have sales representative and distributors  in most major countries of the world. In summary, we continuously endeavour to de- sign and supply solutions to our customer’s needs which has resulted in many patented and proprietary products.

Flow Engineering Computational Fluid Dynamics (CFD): This allows Flowtech and Stamixco to perform advanced 3-di- mensional simulations of very complex flow conditions and optimize existing products and installations.

Flow Optimization via Physical Flow Models: In some in- stances, digital flow simulations are inadequate for achieving the most economical solution. In these instances, Flowtech designs and builds experimental  flow  models in 1:10  - 1:12 scale. These scale models are then operated with highly ex- perienced pilot plant personnel and sophisticated measuring instrumentation to verify performance for scale-up.

Equipment Components: To optimize solutions to custom- ers processing issues, Flowtech, in conjunction with Stamix- co, design, test and fabricate key components such as static mixers, inlet nozzles and distributors, flow straightening com- ponents, control equipment and housings.

Always thinking one step ahead, we developed a new disposable mixer made of plastic material which is based on the established X-Grid mixing geometry. The special geometry allows perfect mixing even for 2K-adhesives, epoxies, polyurethanes, silicones, resins or coatings. The GXP-H disposable mixer features a three times shorter overall length than previous helical mixers. Thus, the generated waste is reduced by approx. 60%. Despite the shorter overall length, a substantial mixing improvement is achieved by the special geometry. Additionally, the dispersion effect of insoluble media is significantly superior.

For example, the fast mixing accelerates the robot operation while performing gluing tasks. By this means, a more efficient work process is achieved.