Part jams & blockages
Production downtimes due to part jams and blockages in the feeding system are a highly critical factor. Simulation studies help detect and eliminate these issues very early on in the project.
Tolerance analyses
For parts that are subject to very high tolerances, most serious attention must be paid to the tool design concept. Thanks to simulation, we can understand tolerance issues and define a more robust process window.
Production changeover
Especially in the pharmaceutical industry, feeding systems are subject to frequent changeovers. To ensure a uniform optimal run across all tools, our simulation can provide valuable support during the concept phase.
Output capacity
In some industry sectors, machine output capacities of several hundred parts per minute are a common requirement. To achieve this with reliable processes, simulation is the tool of choice for verifying numerous design parameters.
An easy-to-use platform
Test our simulation technology free of charge now, and optimize your drive unit (for example) with only a few clicks - download its assembly instructions - all done.
Speed up time-to-market, boost OEE
Develop better solutions faster, avoid reworking, and provide higher technical availability. Our simulation technology is a key element contributing to future-proofing your business in the demanding field of mechanical engineering.
Simulation studies
Simulation of part behaviour in the nest of a fast-rotating assembly turntable.
Digital twin of a standardized screw feeding system.
Linear sorting of 0.5 ml plungers for the pharmaceutical industry.
Optimization of geometry of a driveless 90° reorientation starwheel on a belt conveyor.
Computation of the maximum filling volume and autonomy time of a step feeder for screws with pronounced threads.
Digital twin of a high-speed feeding system for bent sheet metal contacts.