yes yes, my boss told me that it was 3K tons of pressure.
He even sets me that these boxes, which weigh at least a ton, sometimes make jumps of 7cm when the material enters them.
And I want to believe it because the material weighs 2 tons, arrives at a speed of 40m/s and undergoes enormous compressive forces to be reduced to a much smaller diameter
It is therefore essential to opt for a solution that is robust enough to hold a bridled liver in place.
To answer cisco86, the move is separated into two parts:
- the translation of the whole which must be precise to the cm
- the adjustment which must be precise to about 0.1mm
On the other hand, I don't have too much time to look into your answers because I have 6 files to deal with at the same time.
In addition, I placed this file at the very bottom of my pile because the client has fun changing the CAC during the study and I don't have time to waste by restarting the same study 15 times!
He will learn to be patient ^^ I think I will look into his case again next year, until then, I am too overwhelmed!
But thank you all the same for your ideas, I'm just putting them aside for later;)