Is it possible to create shell from cylinder and put lattice inside and make all lattice's beams thicker?
When I use Lattice Commander it makes too big or too small lattice (when I use 'remove open beams') (pic.1)
When I use Lattice Assistant I can't change thickness of beams (pic 2)
Please help.
Solved! Go to Solution.
Is it possible to create shell from cylinder and put lattice inside and make all lattice's beams thicker?
When I use Lattice Commander it makes too big or too small lattice (when I use 'remove open beams') (pic.1)
When I use Lattice Assistant I can't change thickness of beams (pic 2)
Please help.
Solved! Go to Solution.
Solved by steffen_anders_adsk. Go to Solution.
Hello, @Anonymous,
Welcome to the Netfabb forum!
There are two main ways to go about this, depending on how you want to add the cavity and the lattice to the original part.
One: Export the entire component at once and use the Roles function to set the original mesh body to trim the protrusions during export.
Two: Export the component, then use Repair to discard the outer shell and to add the original, solid body's shell to the cavity+lattice shell.
A variant of the second method, especially when the lattice is not fully enclosed, is to create an auxiliary mesh that is smaller than the outer contours of the original part mesh, a dummy, if you will, creating the lattice based on the dummy mesh, and then exporting only the lattice mesh which you would then merge with the original part using either Boolean ops or Repair where you would split off self-intersections and then stitch the triangles.
Best regards,
Steffen
Hello, @Anonymous,
Welcome to the Netfabb forum!
There are two main ways to go about this, depending on how you want to add the cavity and the lattice to the original part.
One: Export the entire component at once and use the Roles function to set the original mesh body to trim the protrusions during export.
Two: Export the component, then use Repair to discard the outer shell and to add the original, solid body's shell to the cavity+lattice shell.
A variant of the second method, especially when the lattice is not fully enclosed, is to create an auxiliary mesh that is smaller than the outer contours of the original part mesh, a dummy, if you will, creating the lattice based on the dummy mesh, and then exporting only the lattice mesh which you would then merge with the original part using either Boolean ops or Repair where you would split off self-intersections and then stitch the triangles.
Best regards,
Steffen
It works.
Thank you very much!
It works.
Thank you very much!
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