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I better start off with a warning. If you haven’t already figured it out, I’m kind of a nut about patterns. Long before I owned a CNC, I made hundreds...

As the Chinese curse goes, “may you live in interesting times.” Sometimes, “interesting times” is actually a good thing. In the case of CNCs, there are a lot of new...

In earlier posts in this series, I explained how you can take simple computer drawings and make paper patterns. In my last post, I revealed the process I used for years...

In the first post of this series, I explained the process that I use to make paper patterns for parts. Simply put, output your design to your printer, use the...

It always starts with a design Digital woodworking uses digitally controlled tools in your workshop as an addition to hybrid and handtools. Most often this means owning and operating a...

The very idea of digital woodworking is something new and strange to a lot of woodworkers, so it’s only natural there are a lot of questions. For many, the big question...

A Desktop size CNC at an Entry Level Price One of the questions I’m most often asked is “would you do a review of an affordable CNC?”  Up to now,...

My last several posts have been about how the BARN workbench vise chops were designed. In this post, I’ll show you how the CNC was programmed for machining with CAM...

In my last few posts, I showed how two different vise chops designs were created for the BARN workbenches. One technique was based on an easy to use 3D CAD...

In my last post, I used Rhino3D CAD software to create a 3D ripple for one of the BARN Workbench vise chops. 3D drawing tools were used to take a...

In earlier posts, I used CAD software to create the 2D design for the BARN Workbench vise chop and the I built a pin registration board for two-sided machining on...

In my previous post about making the BARN workbench vise chop, I shared the basic CAD design work for the project. In Rhino3D, I created the curved 2D design – the chop...