|
High payload adjustment with high accuracy
The laser Megajoule project takes place near Bordeaux,
France. It will be the most powerful beam laser generator in the world. It
will allow the simulation of nuclear fusion.
At the center of the spherical test room of 10 meters diameter, 240 laser
beams converge towards a micro-target.
|
 |
High payload positioning
Six axis positioning
This hexapod is a high accuracy hexapod for automatic measurements. It
allows high payload alignments.
Its mobile support provides high stability and helps displacements.
Applications:
High payload positioning
High accuracy positioning
Automatic production chain
|
|
Optical micro-positioning
To meet the quality requirements of satellite
manufacturing, and particularly during the assembling process, THALES
requested a system composed of two hexapods allowing operators during the
mirror assembling part.
In this system, the first hexapod realizes mirror positionings, and the
second hexapod realizes, in real time, position measurements with extreme
accuracy.
|
|
Optical qualification bench
CEA and NASA wish to control CCD sensors that captures
the images taken by the telescope.
Both companies requested SYMETRIE's expertise for testing bench realisation.
This will adjust CCD sensor position and testing lighting source
simultaneously.
|
|
Vacuum positioning
SYMETRIE supplied this positioning system to the CEA
(French Atomic Energy Commission) under the Laser Megajoule project. This
system allows micro-target adjustments and positioning in the convergence
centre of 240 beam lasers.
This system works on high nuclear rays levels.
Six axes positioning
Hexapod allows six axes positioning following 6 degrees of freedom on 3
rotations and 3 translations.
|
C 
