The whole GalaXyz marking and engraving system is completely made of welded, stretched and milled steel. This makes it possible to produce long-lasting structures, and guarantees great precision in the laser marking process, even in the event of accidental impacts or unnoticed shifts of the marker.
The XYZ axes system and the base on which it rests, both made of welded steel, make every part of the marker extremely stable. There are practically no vibrations of axis Z during the movements of axis X, or slants during the movement of axis Y.
The whole GalaXyz marking and engraving system is completely made of welded, stretched and milled steel. This makes it possible to produce long-lasting structures, and guarantees great precision in the laser marking process, even in the event of accidental impacts or unnoticed shifts of the marker.
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The whole front area of Galaxy can be opened by a manual system that moves back the side walls until they completely disappear, making it possible to open the marking compartment at the side, either right or left, and thus allowing more room for movement.
To simplify the loading operation, Last has designed a hideaway system with a slide for axis Y with a depth of 500 mm, very rigid and accurate, which can completely free the marking compartment of mobile parts.
In this way, more space is created inside the cabin, completely minimising the risk of collision between the product and the mechanical parts.
Thanks to this system, the length of the worktop is halved and the machine definitely takes up less space.
The fiber-optic laser source, mounted directly on the slide of axis Y, balances the overturning moments due to the weight of the rotating head and the weight of the scanner
The fiber-optic is fastened rigidly to the slide so as to favour the stability of the point of the laser. This system influences reduction of the movements of the fiber, and any deviations in the direction of exit of the laser beam from the collimator are markedly reduced.
