We now use extensively 3D MCAD ourselves for the design of our MechaTronIT devices and machinery within our own engineering department. For those projects we now work exclusively with SolidWorks.
Why SolidWorks ? Because of real large assembly performance, consistent design relationship & parametrisation methods, indepth variant design functionality, excellent parametric NURBS surface modelling, integrated sheetmetal, fea & pdm craftmanship, as well as powerfull data exchange with feature recognition & design group communication tools
Typical for performant test equipment for flexible materials are the "big strokes - high speed - high loads" requirements to achieve without vibrations.
We use the following in-house technology in dynamics
& mechatronics for the conception phase, design, simulation of
the new machine development, thereby mastering virtual
Our machine design is also taking in account the industrial design with focus on user ergonomic, maintenance & diagnostics essential to reach world-class acceptancy.
in house prototypes and small series,
thanks to :
done extensively as required for serial production of world-class