airkidd
Industrial
- Aug 9, 2002
- 19
Hi all,
I am running 2001+ SP 4.0. Here's my problem. I am creating core and cavity for a plastic injection mold. The way that I create the core and cavity is by doing an extrude upto surface. Unfortunately, i am having trouble creating my surface. The surface is usually created by radiating a surface at the parting line, plugging holes in the part (using filled, planar, and lofted surfaces), and then knitting them all together using a part face as the seed face. However, when I use lofted or filled surfaces in the knit surface I get the error: Surface-Knit1: The radiate surface cannot subdivide the body. This does NOT happen when I use ONLY radiated and planar surfaces, but those surfaces dont allow me to plug non-planar holes in the part. I think that it used to be possible to use loft and filled surfaces in previous versions. Does anyone know if this was fixed in SP 5.0? Is there a work-around that anyone knows of? Are there any other techniques for creating core and cavity?
Hope you can help me.
I am running 2001+ SP 4.0. Here's my problem. I am creating core and cavity for a plastic injection mold. The way that I create the core and cavity is by doing an extrude upto surface. Unfortunately, i am having trouble creating my surface. The surface is usually created by radiating a surface at the parting line, plugging holes in the part (using filled, planar, and lofted surfaces), and then knitting them all together using a part face as the seed face. However, when I use lofted or filled surfaces in the knit surface I get the error: Surface-Knit1: The radiate surface cannot subdivide the body. This does NOT happen when I use ONLY radiated and planar surfaces, but those surfaces dont allow me to plug non-planar holes in the part. I think that it used to be possible to use loft and filled surfaces in previous versions. Does anyone know if this was fixed in SP 5.0? Is there a work-around that anyone knows of? Are there any other techniques for creating core and cavity?
Hope you can help me.