Command Control of mecatronic systems
Studies and Prototyping of command control / Development of instrumentation
- physical measurements using sensors (pressure, temperature, position, speed, acceleration, vibration and noise) on machines, systems, or moulds in order to include/understand instabilities, and to improve them: to reduce the costs of maintenance by making reliable the preventive maintenance, to make reliable the production by elimination of bad parts.
For any industry which wishes to include/understand the failures of their system (evolution, instability of a physical phenomenon) or which has control systems in order to improve the performances of their productivity.
- control and regulation of sensors without wire (WiFi technology) for pressure, temperature measurement, position, temperature and heat flow of surface.
In order to include/understand heat exchange of your system, with an aim of developing or improving its system of regulation.
Thermal example of System :
- To measure flows and exchanges
- To know a temperature of surface
- To develop a fast and effective regulation
Objective: to measure in real-time the exchanges between two mediums
- To control with nearest thanks to the temperature of surface
- To measure the quantities of energy
Development of optical control
- 1st industrial optical control system for plastics processing industry application on brilliant surfaces: simple and without contact, the system analyzes the profile and the surface quality of a complete part with an exceptional resolution and in a few seconds only
- The system processes the data resulting from the disturbances of phases considered or transmitted by a sample. A technology 10 to 50 times more precise than the analysis of traditional vision
- Realization of a sight check adapted to your production line: detection of cracks on parts/to identify and differentiate the mating plane and the dimensional cracks/detection from problems or defects of surface
Example: cosmetic