The designs shown below can all be cut on your own CNC machine using both the Trial & Full versions of VCarve Pro
Please take a few minutes to run through the Video Tutorials and associated PDF Documents and you should be cutting the designs on your CNC machine in minutes.
The designs can very easily be modified and the documentation explains how to,
Scale the designs to suit your machine or material size
Calculate toolpaths for the cutters you have available
Save toolpaths to run on your own CNC machine
Click on a links below to download the associated file.
Remember - The toolpaths for these designs can be saved and run on your own CNC machine.
This decorative Christmas Wreath measures 15" x 15" (375mm x 375mm) and designed to be vcarved from 0.5" (12mm) material.
The tutorial explains step by step how to VCarve the detail on this design and then cut the part out.
Xmas_decoration.crv - Trial Version (1.2 Mb)
Video 1 + Audio (5.6 Mb)
Xmas_Decoration.pdf (1 Mb)
This Reindeer makes a great Yard Ornament and is initially designed to be cut from 48" wide by 36" high (1220mm x 915mm) and 0.5" (12mm) thick material.
The tutorial explains how to change the size of the job to suit the material and cutters you might have available.
Reindeer.crv - Trial Version (0.5 Mb)
Video 2 + Audio (4 Mb)
Yard_Ornament_Reindeer.pdf (1 Mb)
This Santa Sleigh makes a great Yard Ornament and is initially designed to be cut from 48" wide by 48 " high (1220mm x 1220mm) and 0.5" (12mm) thick material.
The tutorial explains how to change the size of the job to suit the material and cutters you might have available.
Santa_sleigh.crv - Trial Version (1 Mb)
Video 3 + Audio (5.2 Mb)
Remember - The toolpaths for all of the designs shown above can be saved and run on your own CNC machine.
If your browser doesn't offer you the option to save the file when you left click on it, right click and select 'Save Target As'.
If you have any questions or need further assistance please e-mail the Vectric Support Team
Have a Great Christmas and Best Wishes for 2008!
The Vectric Team
