Precision Instruments

Medical is an interdisciplinary application and can be seen as a consolidation of precision engineering and electrical engineering with informatics and optics.

The development and production of micro and precise instruments like innovative actuators and power trains claims the use of modern simulation technique. The integration of intelligent sensors in complex precision instrument constructions by the use of modern material and processes is a great challenge of the development engineer.

The range of precision instrument components is large and ranges from computer periphery, entertainment technology, automotive and aerospace industry, gauges, watch and medical devices. The implementation of innovative approaches for the composition of assemblies and instruments regarding predefined objective functions e.g. extreme noise- or mass- reduced, highly dynamic, precise and low-loss process can be investigated and analysed holistically as SimulationX facilitates the collection and consideration of any active principle.

SimulationX Applications

Printer, Scanner, typewriter, projector, copying machine, hard disk storage …
Refrigerator, washing machine, vacuum cleaner …
Razor, electrical tooth brush, epilator …
Power transmission or actuators for spotlights, window lifter, seats
Blood pressure gauge, injection apparatus...
Cameras, recorder, camcorder …
Navigation system, satellites, black boxes…

SimulationX Features

Modeling of DC-, synchron-, asynchronous motors, converter, stepping motors and control systems used in the writing and print technology, pharmaceutical and laboratory techniques, automotive engineering, air conditioning and special machinery
Magnetic circuit modeling with resistance of ferromagnetic stuff, electromagnetic transformer, magnetic spread resistance and force action
Modeling of electric/electronic elements (idealized and real components) used in mechatronics and power plant