Glynne
Established Member
On the back of a previous thread, a couple of guys suggested they were interested in making one of these as per Rob Cosman's YouTube videos (there are several) - https://www.youtube.com/watch?v=-Keq1PlHNMY
The main problem with these boxes (i.e. hinges) is being able to accurately drill a hole in the centre of the dowel used for the hinge. As per his video, Cosman does make jigs for these but even the smallest costs £24 + carriage (Classic Hand tools - currently out of stock) and this seemed too expensive given that I'm unlikely to make many of these boxes.
So to the lathe and a couple of home made ones: -
I made one out of 1 piece of wood, drilling out the hole for the dowel with a 9.5mm (3/8") lip & spur bit and then further drilled a 2mm hole for the drill bit (as I had some 2mm steel bar for the hinge). As I struggled with the length of the 2mm bit to reach inside the hole for the dowel I decided to make the next one in 2 pieces, so I drilled the 9.5mm hole and then parted off the cylinder. Remaining wood (still in the chuck) drilled for the 2mm bit and turned to fit inside the cylinder and both parts glued together.
Both are OK, they do wobble a bit and will wear out but fine for purpose.
The rest of the box is as per YouTube. I did have to buy a core box router bit but I wanted one of these anyway to make some recesses for box handles ( ~ £10 from Wealden's).
The result: -
Setting up the router height and fence distance was a bit fiddly and I struggled a bit with Rob Cosman's explanation but once you get your head around it it's fine (and I made notes, drawings & kept the trial set up as I will guarantee to forget what I did).
I used some dowel I had but what I should have done was not simply try and match the round dowel to the box back but plane some down to see what the grain was like inside. Had I done that I would have had the lid the other way around so that the darker woods matched! I can now understand why Rob makes his own dowels from the stock he is using for the box.
Overall relatively straightforward and the box has now gone as a birthday present (and the recipient loves it) so double result.
The main problem with these boxes (i.e. hinges) is being able to accurately drill a hole in the centre of the dowel used for the hinge. As per his video, Cosman does make jigs for these but even the smallest costs £24 + carriage (Classic Hand tools - currently out of stock) and this seemed too expensive given that I'm unlikely to make many of these boxes.
So to the lathe and a couple of home made ones: -
I made one out of 1 piece of wood, drilling out the hole for the dowel with a 9.5mm (3/8") lip & spur bit and then further drilled a 2mm hole for the drill bit (as I had some 2mm steel bar for the hinge). As I struggled with the length of the 2mm bit to reach inside the hole for the dowel I decided to make the next one in 2 pieces, so I drilled the 9.5mm hole and then parted off the cylinder. Remaining wood (still in the chuck) drilled for the 2mm bit and turned to fit inside the cylinder and both parts glued together.
Both are OK, they do wobble a bit and will wear out but fine for purpose.
The rest of the box is as per YouTube. I did have to buy a core box router bit but I wanted one of these anyway to make some recesses for box handles ( ~ £10 from Wealden's).
The result: -
Setting up the router height and fence distance was a bit fiddly and I struggled a bit with Rob Cosman's explanation but once you get your head around it it's fine (and I made notes, drawings & kept the trial set up as I will guarantee to forget what I did).
I used some dowel I had but what I should have done was not simply try and match the round dowel to the box back but plane some down to see what the grain was like inside. Had I done that I would have had the lid the other way around so that the darker woods matched! I can now understand why Rob makes his own dowels from the stock he is using for the box.
Overall relatively straightforward and the box has now gone as a birthday present (and the recipient loves it) so double result.