I'm planning on making some shaker doors to go on a kitchen cabinet that I'm in the middle of making. However I'm not really sure exactly how to do it using hand tools. Obviously this is how they would have been done, so I assume there must be a fairly 'standard' way of doing the grooves for the panel. However google & the search on here just brings up lots of methods for doing them with table saws or routers.
I do have a (very) cheap router from Aldi's and while I know the principles of using the router to cut the grooves for the panel to fit in, it seem like it'd be easier with a router table, which I don't have. I don't have the space to knock up a home made one out of MDF either. So I'd like to do this with hand tools. Also I prefer the hand tools.
I'm not sure about dimensions (thicknesses) of the frame and panels either. What's standard? I know that it's normal to M&T the frame together and then float the inner panel inside the frame correct?
It rather looks like one of these would do the job:
http://www.axminster.co.uk/veritas-veri ... rod868111/
Or would I need a bigger router plane (hope not they're expensive!) ? Or one of these (seems a bit too wide tho):
http://www.workshopheaven.com/tools/Cli ... Plane.html
I do have a (very) cheap router from Aldi's and while I know the principles of using the router to cut the grooves for the panel to fit in, it seem like it'd be easier with a router table, which I don't have. I don't have the space to knock up a home made one out of MDF either. So I'd like to do this with hand tools. Also I prefer the hand tools.
I'm not sure about dimensions (thicknesses) of the frame and panels either. What's standard? I know that it's normal to M&T the frame together and then float the inner panel inside the frame correct?
It rather looks like one of these would do the job:
http://www.axminster.co.uk/veritas-veri ... rod868111/
Or would I need a bigger router plane (hope not they're expensive!) ? Or one of these (seems a bit too wide tho):
http://www.workshopheaven.com/tools/Cli ... Plane.html