First test scans with the mobile CT

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One step closer to the perfect gaming experience!

A few weeks ago, we per­for­med an initi­al test scan in mobi­le CT with a Play­sta­ti­on con­trol­ler atta­ched to a “high­ly pro­fes­sio­nal” mount. This allo­wed us to kill two birds with one stone. First, we saw that the­re were no pro­blems with the CT. Second, it ensu­red that the con­trol­ler had no inter­nal defects. Now we can be sure that the con­trol­ler is con­du­ci­ve to a gre­at gam­ing experience. 

One step closer to the perfect gaming experience!

A few weeks ago, we per­for­med an initi­al test scan in mobi­le CT with a Play­sta­ti­on con­trol­ler atta­ched to a “high­ly pro­fes­sio­nal” mount. This allo­wed us to kill two birds with one stone. First, we saw that the­re were no pro­blems with the CT. Second, it ensu­red that the con­trol­ler had no inter­nal defects. Now we can be sure that the con­trol­ler is con­du­ci­ve to a gre­at gam­ing experience. 

Testing the wall thickness of a stator housing

A typi­cal com­po­nent that is regu­lar­ly tes­ted at Micro­vis­ta is a sta­tor housing. This plays an important role in the func­tio­ning of an elec­tric motor. If the wall thic­k­ness is too thin, high loads or tem­pe­ra­tures can cau­se it to deform or break. This can lead to motor mal­func­tion and per­ma­nent dama­ge. The­r­e­fo­re, it is important to careful­ly cal­cu­la­te the wall thic­k­ness of the sta­tor and ensu­re that it meets the requi­re­ments of the motor.

To deter­mi­ne the wall thic­k­ness of the sta­tor, a CT scan is usual­ly used. This ima­ging tech­ni­que allows the struc­tu­re of the sta­tor to be exami­ned in detail and the wall thic­k­ness to be mea­su­red at various points. The data obtai­ned can then be used to accu­ra­te­ly cal­cu­la­te the wall thic­k­ness and make adjus­t­ments as necessary.

Over­all, the wall thic­k­ness of the sta­tor is an important fac­tor in the relia­bi­li­ty and safe­ty of an engi­ne. By careful­ly cal­cu­la­ting and moni­to­ring wall thic­k­ness, mal­func­tions and dama­ge can be avo­ided. Microvista’s mobi­le CT can play a key role in qua­li­ty assu­rance, espe­ci­al­ly at the start of production.

Testing the wall thickness of a stator housing

A typi­cal com­po­nent that is regu­lar­ly tes­ted at Micro­vis­ta is a sta­tor housing. This plays an important role in the func­tio­ning of an elec­tric motor. If the wall thic­k­ness is too thin, high loads or tem­pe­ra­tures can cau­se it to deform or break. This can lead to motor mal­func­tion and per­ma­nent dama­ge. The­r­e­fo­re, it is important to careful­ly cal­cu­la­te the wall thic­k­ness of the sta­tor and ensu­re that it meets the requi­re­ments of the motor.

To deter­mi­ne the wall thic­k­ness of the sta­tor, a CT scan is usual­ly used. This ima­ging tech­ni­que allows the struc­tu­re of the sta­tor to be exami­ned in detail and the wall thic­k­ness to be mea­su­red at various points. The data obtai­ned can then be used to accu­ra­te­ly cal­cu­la­te the wall thic­k­ness and make adjus­t­ments as necessary.

Over­all, the wall thic­k­ness of the sta­tor is an important fac­tor in the relia­bi­li­ty and safe­ty of an engi­ne. By careful­ly cal­cu­la­ting and moni­to­ring wall thic­k­ness, mal­func­tions and dama­ge can be avo­ided. Microvista’s mobi­le CT can play a key role in qua­li­ty assu­rance, espe­ci­al­ly at the start of production.

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