3D Printed Dowelling Jig

I have been struggling with standard dowelling jigs for years so decided to design a 3D Printed Dowelling Jig which is easy to use and accurate. Here is my project.

Step 1: Step 1 - Sizing Up the Timber

Pick the size timber you want to dowel together. I picked 42mm x 19mm (1 3/4 x 3/4 inch)

Step 2: Step 2 - Model Up Dowelling Jig

You can use what ever 3D Modelling package you are comfortable with, I used Pro desktop because that's what I had available.

Step 3: Step 3 - Turn Sleeves on Lathe

To make the sleeve which sits in the 3D model, simply cut a piece of 16mm stock rod 30mm in length. Once you have your piece face off both sides and drill a 9.5mm hole through.

Step 4: Step 4 - Drilling Holes

Place the Dowelling Jig on the end of you work (or wherever you want to make the joint) and clamp into a vice. Once in the vice drill down to your desired length.

Step 5: Step 5 - Joining

Place the dowels into the holes and push together (to test the fit). If your happy with the joint add glue and you finished.

Step 6: Step 6 - Alterations

You can alter the design to fit any size timber or any size dowel. I have made a simple clip on and also an end cap dowelling jig.

Hope you like my project!!!!

Comments

[herve.fontaine.315]

Bonjour,

super-réalisation.

mais où achetez vous les insert de percage en métal ?

[matt.moon.353]

mann where i work i hand glue and place 7500 of those dowels every day @-@

[JON-A-TRON]

Great use for 3D printing! I love seeing practical projects made on these magical machines. I'm tired of seeing orange plastic skulls.

[amberrayh]

Great job on your first Instructable! This looks very useful. I hope we see more from you in the future!

[Evan.Ganiaris]

Thanks!!!

[ccarney4]

This is awesome! The only thing I would do different is make it a bigger standard size and print inserts or use shims to quickly size it down rather than have one for every size of wood you come across.

[Evan.Ganiaris]

Thanks!! I was thinking of developing a insert systems as I found modelling every size time consuming.