Analysis and visualization of the cleanability of components and plants
Are you are faced with hygiene-related challenges with regard to your processes and machinery? Do you want to explore innovative ways of cleaning? Then get in touch with us, your competent partner for the automation of cleaning processes for hygienic production. Our development work on adaptive cleaning systems and their digital twin, as well as contamination sensors can help you introduce customized, highly efficient cleaning systems and processes at your company.
We assist you with the analysis and optimization of your cleaning processes. You therefore benefit from our experience and expertise in experimental and software-based simulation.
Furthermore, we are also your partner for the design and construction of special components and machinery for automated food processing and we have particular expertise in the area of hygienic design. We develop innovative concepts and support you right through to the commissioning stage.
We have developed a unique fluorescence-based inline system for detecting contamination which allows you to evaluate and visualize cleanability tests. Besides the before-after-comparison, spatially resolved monitoring of the entire cleaning procedure is possible. This enables determination of the cleaning time required for each point on a component. A customized test set-up helps to measure and visualize the benefits of newly developed hygienic components/plants and can similarly support the design process.
Using mobile contamination sensors it is also possible to perform in-place analysis of the cleaning process in your production plants. During CIP (cleaning-in-place) we determine, for example, the extent of contamination in your tanks and using this data we optimize the cleaning processes with regards to cleaning time and usage of resources.
We perform microbiological validations to measure the effectiveness of your sterilization methods. Based on this we identify customizedl measures for process optimization and plant design. In addition we develop sterilization technologies precisely tailored to your products, packaging materials, and boundary conditions.
How many nozzles are actually necessary? At what angle to the surface should these be used? What type of nozzle is the most efficient? These are just a few of the many questions that need to be asked when developing a cleaning system. Even with a large amount of empirical knowledge the boundary conditions are very difficult to estimate. Using our expertise and unique technologies we can help you develop and optimize open and closed cleaning systems.
Besides innovative cleaning methods we use the latest design methods, including recently developed simulation software for open spray cleaning.
Industry is in agreement: Customized and adaptive cleaning processes require effective sensor systems. We develop customer-specific contamination sensors, for example based on the intrinsic fluorescence of the contamination or based on the shift of intrinsic frequencies due to the contaminants. These sensors are able to monitor the space and time resolved cleaning of large surfaces and to locally monitor specific contamination hotspots.
Would you like an alternative to your oversized cleaning process that wastes unnecessary time and resources because of its worst-case design? Our adaptive cleaning systems support you with the paradigm shift from empirical systems to model-based design, parameterization and control. Working with you we analyze your cleaning requirements, identify critical points and suitable sensor technology, and ensure that in the future the cleaning is performed in a need-based way with the help of an intelligent control system.
For this we have already developed a mobile cleaning device for processing plants and a revolutionary, directly controlled target jet cleaner. Should these systems or other available technologies such as robots be inadequate then we can develop a suitable special solution for you.
Cleaning systems developed by us:
Cleanliness and safety are crucial in the food industry. The cleaning of food production, filling, and packaging plants is hence vital. Complex components and parts of machines, such as filling units in beverage plants, often present a challenge when designing cleaning systems.
For this reason we have developed innovative software for simulating spray cleaning. This allows the cleaning process to be visualized in real-time and determines the expected effectiveness of cleaning on complex surface geometries. It so facilitates the quick and cost-effective design of cleaning systems and saves lengthy, iterative optimization steps based merely on empirical knowledge. The simulation takes place in real-time and documents the cleaning tests of the selected system as a video. The software hence gives you a significant advantage for planning plants and for communication with your customers.
Do you have complex processes that are difficult to automate? Are you missing suitable components or assemblies for this? We gladly take on such challenges!
Working together with you we design customized solutions that are innovative, sustainable, and fully meet your specific requirements.
We are your partner for the development and design of automated processing modules and technical products. In line with our motto "form follows function", we combine technical functionality with hygienic design in all our development work.
Examples of components we have developed:
The hygienic design of machinery, plants, and components is vital in all industries where hygiene is important. Our experts work together with leading global associations such as EHEDG, 3A, and ENFIT and keep up to date with the latest guidelines and standards. We are thus able to assist you with the hygienic design of your machinery, plants, components, and production environment.
We can, for example, assist you with: