Simulation of Feeding and Sorting Systems

For complex applications and demanding technical requirements, informed decision-making at an early project stage is essential. Through digital feasibility studies, engineering simulation, and digital prototyping, we help customers reduce technical risks, identify opportunities early and develop the most effective solution for their specific application.

In collaboration with our partner SADEN GmbH, we create digital prototypes of feeding and sorting systems and analyse their behaviour before any physical components are manufactured. This simulation-driven approach provides a solid foundation for development decisions, improves planning reliability and reduces uncertainty throughout the project lifecycle.

Whether for centrifugal technology, linear sorting systems, vibration technology or customised sorting solutions, modern simulation methods allow us to evaluate and optimise concepts at a very early stage of development.

Using virtual prototypes, we assess different design approaches, compare system concepts and define the most effective machine configuration for each application. Instead of relying on assumptions or time-consuming prototype trials, customers benefit from transparent, reproducible results based on realistic engineering simulations.

Digital Engineering for High-Performance Machine Concepts

Through advanced digital engineering methods, we create an efficient development process in which concepts can be systematically analysed, validated and refined. Simulation enables us to visualise system interactions, objectively compare design alternatives and verify technical requirements before manufacturing begins.

Our studies are designed to:

• Accurately model real-world system behaviour
• Transform complex engineering relationships into actionable insights
• Evaluate the performance of machine and system concepts
• Improve process stability and operational reliability
• Support the development of innovative automation solutions

The result is a robust machine concept with greater technical confidence and a reliable basis for successful project implementation.

• Reduce Technical Risks Early: Potential challenges can be identified and addressed during the concept phase, helping to minimise development risks and avoid costly redesigns.
• Transparent and Reliable Results: Our evaluations are based on reproducible simulation models and proven engineering methodologies, delivering a clear understanding of system performance.
• Optimisation Before Manufacturing: Machine performance, reliability and efficiency can be assessed and improved before production begins.
• Lower Development Effort: Early insights reduce engineering iterations, minimise modifications and prevent expensive late-stage changes.
• Innovative Designs and Stable Processes: Simulation-based engineering supports the development of innovative machine concepts while improving process stability and operational reliability.

• Faster and More Confident Decision-Making: Reliable simulation data provides a solid foundation for engineering, design and investment decisions.

From Concept to Validated Solution

Through an iterative simulation process, we work closely with our customers to develop customised feeding and sorting solutions. Different concepts can be digitally analysed and progressively optimised before implementation starts.

The Result

• Increased machine reliability
• Shorter development cycles
• Stable and cost-efficient processes
• Improved project predictability
• Data-driven engineering decisions

Our digital feasibility studies provide valuable insight into future system behaviour and support the targeted development of feeding and sorting equipment. By combining engineering simulation, digital engineering, and decades of machine-building expertise, we create robust concepts, high process reliability and sustainable competitive advantages.

Contact us today to discover how simulation-driven engineering can accelerate your project and reduce development risk.