About
Reliable mixing is essential to product quality, process consistency and operational efficiency. For nearly 80 years, the Stelzer brand has delivered engineered mixing solutions for applications where precision, hygiene and reliability are critical.
Built on decades of process expertise, Stelzer develops customized mixing systems for the food & beverage, dairy, chemicals, biogas and other industrial markets. Every solution is designed to meet demanding process requirements while supporting product integrity, efficient cleaning and long-term performance.
From application engineering and process testing to precision manufacturing, Stelzer helps customers achieve consistent results with mixing solutions tailored to their unique production needs.
Brand Overview
Mixing plays a critical role in product quality, process consistency and production efficiency. Hygienic applications demand equipment that not only deliver precise mixing performance but also support cleanability, regulatory compliance and reliable long-term operation.
For nearly 80 years, Stelzer has specialized in developing customized mixing solutions for these demanding environments. Every mixer is engineered to meet specific process requirements through application expertise, precision manufacturing and advanced engineering.
Core capabilities include:
- Application engineering
- Project-specific mixer design
- Hygienic engineering
- CFD simulation
- Laboratory testing
- Process optimization
- Precision manufacturing
- OEM aftermarket support
Stelzer's engineering approach helps customers achieve reliable mixing performance while simplifying cleaning, reducing maintenance and supporting efficient production.
Brand Legacy & Heritage
Since 1946, Stelzer has built its reputation by developing customized mixing solutions for industries where precision and hygiene are critical. Originally serving the dairy and chemical industries, the brand expanded its expertise into food, pharmaceutical, biotechnology, and other demanding process applications. Today, Stelzer continues to combine decades of engineering knowledge with modern testing, CFD simulation and precision manufacturing to deliver reliable, application-specific mixing systems that help customers improve product quality, operational efficiency and process reliability.
Industries
Stelzer mixing solutions support manufacturers across a wide range of hygienic and industrial markets.
Meet modern food processing demands with precise, efficient production solutions.
Optimize dairy processing for quality, efficiency, safety, and product consistency.
Support sterile pharmaceutical production with mixing and heat transfer expertise.
Build efficient chemical processing systems with mixing and fluid handling expertise.
Explore pump and mixing technologies for biofuel processing applications.
Applications
Reliable mixing and pumping technologies for efficient biodiesel production.
Condiments, Sauces & SoupsProcessing technologies for consistent, high-quality sauces, soups, and condiments.
CrystallizationTechnologies for precise crystallization, quality control, and process efficiency.
EthanolAdvanced technologies that improve efficiency and reliability in ethanol production.
Fuel Supply SystemReliable fuel delivery and deaeration solutions for efficient system performance.
Inorganic ChemicalsAdvanced technologies for efficient and reliable inorganic chemical production.
Paints & CoatingsAdvanced technologies for efficient, consistent paints and coatings production.
PetrochemicalsAdvanced technologies for efficient, reliable petrochemical processing operations.
Plastic & ResinsAdvanced technologies for efficient plastics and resin manufacturing processes.
RefineryAdvanced refinery technologies that improve efficiency, reliability, and performance.
Slake LimeEfficient mixing and processing solutions for slake lime applications.
Solvents & SolutionsAdvanced technologies for efficient solvent and specialty chemical processing.
Specialty ChemicalsAdvanced technologies for efficient and reliable specialty chemical production.
