Can you turn a "dome" upside down in VCarve Pro

This forum is for general discussion regarding VCarve Pro
Post Reply
User avatar
DHDeitrick
Posts: 39
Joined: Thu Oct 19, 2017 2:06 pm
Model of CNC Machine: Maverick 3 x 5
Location: Muskegon, MI

Can you turn a "dome" upside down in VCarve Pro

Post by DHDeitrick »

Would like to make a round bottom bowl. Have tried using a dish from the clip art, but if I use the U or upside down U as the modeling mode, I get "domes" recessed around the edges about the height of the dome. Is there a way to turn a dome "upside down" ?

Thanks.

Steve Misher
Vectric Apprentice
Posts: 88
Joined: Thu Feb 02, 2017 2:40 am
Model of CNC Machine: Axiom AR4
Location: Wisconsin

Re: Can you turn a "dome" upside down in VCarve Pro

Post by Steve Misher »

Why not simply cut the dome and then flip over the piece and cut out the inside?
VCP 9 has two sided cutting ability.

User avatar
highpockets
Vectric Wizard
Posts: 3667
Joined: Tue Jan 06, 2015 4:04 pm
Model of CNC Machine: PDJ Pilot Pro

Re: Can you turn a "dome" upside down in VCarve Pro

Post by highpockets »

Did you add a Zero Plane?
John
Maker of Chips

User avatar
DHDeitrick
Posts: 39
Joined: Thu Oct 19, 2017 2:06 pm
Model of CNC Machine: Maverick 3 x 5
Location: Muskegon, MI

Re: Can you turn a "dome" upside down in VCarve Pro

Post by DHDeitrick »

No I didn't, so I did. At least the model looks right. Will go try it & see what happens.

Thanks for the prod in the correct direction.

Don't really understand the Zero Plane yet, but have learned that it can be very important. Perhaps some day I can learn why & how to effectively use it.

User avatar
Adrian
Vectric Archimage
Posts: 14651
Joined: Thu Nov 23, 2006 2:19 pm
Model of CNC Machine: ShopBot PRS Alpha 96x48
Location: Surrey, UK

Re: Can you turn a "dome" upside down in VCarve Pro

Post by Adrian »

Rule of thumb is whenever what you're making in 3D is below the surface of the material then you need a zero plane. Otherwise the software can have issues calculating where the edge of the model meets the surface of the material.

Post Reply