Matt’s Weekly Shop Update – January 21, 2019

Matt’s Weekly Shop Update – January 21, 2019

This week I finished up the mitered through dovetails on the handtool cabinet case.

The Wall-Hanging Tool Cabinet Project

T shirts, sweatshirts, hats, and plans:


What the heck is a Vertical Milling Machine?


Jewelry Box by Joe

I made this jewelry box for my granddaughter Hannah.
It’s made from cherry and purpleheart, finished with clear shellac and clear lacquer.  Since I have a job that keeps me out of my shop for weeks at a time, this took me over 18 months to complete.
It is inspired by an award-winning project by Michael Sage, featured in the October 1996 issue of American Woodworker. Yes, I still have the hard copy.

Sidecar Sleeper by JV

I made this sidecar sleeper crib for my new son just before he was born. It’s made from sugar maple I milled supplemented with some kiln dried store bought maple. This was my first piece of furniture. It’s made with many mortise and Tenon joints. I did not have a jointer or planer at the time (I do now) so it was all hand planed to s4s, well as close as I could get it.


Nightstand by Garrett

I built this nightstand for my new house. It’s made out of dimensional pine lumber. I used minwax Early American 320 stain and polyurethane. I used pocket holes and wood glue for most of the construction.


Bookwheel by Reese, Ian, Matt, and Maher

A bookwheel is a rotating bookcase, ours has 8 shelves and holds 8 books (books not pictured). A user would be seated and have access to all 8 books merely by rotating the wheel. A drawing of this style of bookwheel was originally published in the 16th century. It uses planetary gearing to keep the shelves at a constant angle as the wheel is rotated.
The moving parts of the our reproduction bookwheel are European Beech, and the supporting frame is White Oak. Some aspects of our design are accurate to the 16th century time-period, but of course some modern technologies were used. All components are wood except the plate steel washers and knockdown fasteners for the top and bottom cross braces. You can imagine the difficulty of ensuring axle and gear motion with humidity changes.
A 4 man senior design team at the Rochester Institute of Technology (in Rochester, NY) designed and built two of these bookwheels for two university library sponsors.

Our complete picture gallery:




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