See the attached video. Is this what you are asking?

Regards,

Isaac

our screw and cabinet fixings are set with the front and back of our upright, so every time we set a top/base or fixed shelf back from the front of our upright the fixing is visible.

is there away of setting our pre-sets so the fixings move with the top, base and fixed shelf?

But you can't switch them

Cheers, Alex

The problem was that i had panels in opticut saved so that the widht of the panel was the lenght (2800mm) and not the hight like you shown

It is a bit awkward fore me because i use the hight=2070 an width= 2800mm

Is there an option to switch this two parameters ?

Sorry for my english hope my explain is quite clear,

All the best, Alex

I have a problem positioning the texture in polyboard and opticut

When the orientation is along the hight of the cabinet in polyboard  i get the wrong orientation in opticut. The part is orientated along the hight of the stock panel not along the lenght like it should be.

I have tried changing the orientation of the texture in the material library, but then i have to orientate the texture on the cabinet along the width of the cabinet not the hight witch is also not corect. This solves the problem in opticut.

Is there a way to fix this an so that it is orientated corectly?

It is possible that with the update issues that were tolerated are no longer tolerated, because this cause issues during CN export.

Can you select your side from properties menu, then control and adjust your inner tooling

in this case the software protects itself to avoid crashing,

That makes loads of sense.

J

In order to make this more readable, we now indicate the standard overlap value of the box as it is registered with the hardware supplier

"D" for blum, "B" for hettich, "K" for Grass and Salice , In the absence of this information, the recovery value of the min-max value will be indicated. ( rec / ol )

This value is the fixed overlaps value from inner side, (this value is always provided in use with 0mm Baseplate!)

X / I is the type of baseplate crossed or inline, and the value 0X is the thickness of the baseplate

All the best, Alex

I am investigating this for you.

I will try and have a response for you soon.

Regards,

Isaac

It still doesn't explain the X** value unless I am misreading the document, I am also unsure what the D11 value at the end means and how it relates to the geometry.

Thanks

In your Quick Design Libraries you will find a folder called Guides.

This contains a document called PolyBoard Quick Design libraries manual.

This should contain the information you are after. I have also attached this document here.

Regards,

Isaac