Christopher Schwarz is the guest moderator for the next meeting of The Woodworker’s Book Club; at 6 p.m. Monday, March 2. The book under discussion is David Savage’s “The Intelligent Hand,” for which Chris was editor and publisher…and there endeth his suitability for the role.
Chris says, “I have never been to a book club and I don’t know what book clubs do or what you do during them, so I am completely qualified to be a moderator at the book club.”
Got a woodworking question? Post in the comments below between now and 5 p.m. Eastern, and we’ll do our best to answer. In between answering, Chris is getting ready for an upcoming class and video shoot with Jerome Bias, and I’m working on a personal project (so if we don’t answer right away, that’s why).
My beloved Philly Planes 3/16″ beading plane and a piece of white pine. (Thank you Chris for the picture.)
Most of the classes I teach involve at least one moment of fear for me, and that’s when I lend students my 3/16″ Philly Planes beading plane. I love this plane, and love to put a bead on just about everything. Once you try one, you can’t stop! I’d be bereft without this tool.
A bead not only dresses up the edge of the board, it creates a shadowline and makes a small gap look intentional (think backboards). And, it helps to protect a fragile corner by removing a bit that might otherwise break off (say, at the top edge the top skirt of an Anarchist’s tool chest, where the lid drops down over and over).
But a beading plane is a bit of a delicate tool. If you don’t drop the plane back into the cut properly, it’s easy to snap off the boxing. And it’s best to use a light and gentle touch. In my experience, both of these can be difficult for new woodworkers; the tendency is to push too hard (think starting a saw cut) and to attack the work.
But I want students to experience the joy a simple bead can bring; a few passes with the plane, et voilà – now your project is fancy! So I demonstrate the use several times, make sure the plane is properly set, issue dire warnings about what will happen to a student if they break my plane (1), then clench my teeth and hand over the tool.
So far, I’ve been lucky – no breaks. And lots of happy faces when the students cut their first beads. (And I hope a run of sales on beading planes.)
A bead down the bottom center of a walnut Shaker tray.
Sure, I have other beaders (because you can’t have just one – and beading planes lead to the acquisition of more moulding planes, then a few hollows and rounds, then…), but this is the tool amongst them that I like the best – not only because it was my first, but because it gives me the least trouble in a classroom setting, usually keeping its setting through six new users. (Note: Other beaders – Bickford, Old Street Tool, Caleb James, Red Rose, Clark & Williams – are excellent; this particular Philly Planes tool is simply the one with which I’ve had the most success while teaching.)
Below are a few paragraphs and photos from my book “Dutch Tool Chests” on how to use this plane, in this case for the bottom lip of the chest, onto which the fall front gets dropped over and over.
A beading plane (and all moulding planes) work best on only one corner of a board: the corner on which the grain is rising out on both faces in the direction of the cut (the plane cuts in only one direction).
Moulding planes also work better in softwoods.
But know that you can often get away with breaking the bead rules – especially in mild grain and softer hardwoods, such as walnut and cherry.
So give it a go no matter your species – and if it looks terrible (i.e., it tears out), turn that ugly bead into a nice chamfer with a block plane. Or just start (and finish) with a chamfer if you’re going for a more utilitarian look (or don’t have a beading plane).
The grain lines are a bit difficult to see on this piece of linden, so I penciled in a few of them. The grain is rising out in the plane’s direction of cut on both the face and edge at this corner only; this is the best corner on this board on which to cut a bead.
Identify the lip’s best corner (if you’re beading), then clamp the workpiece to your bench in an end vise or wagon vise, or use a sticking board. Bead the edge.
Hold the plane perpendicular to the work, with the iron on the wood and the fence pressed to the edge of the workpiece (it’s easy to get the position wrong and push the plane’s fragile boxing into the wood). Your right hand’s job is to push forward. Your left hand’s job is to hold the plane at the correct angle, and in contact with the workpiece from above and below the tool.
Note the hand positions. My right hand is pushing forward at the back of the plane; my left hand is pushing down and in to keep the plane in contact with the workpiece.
Push forward, following through on the cut. Keep the plane in the cut (2), pull straight back, then push forward again. Repeat until the depth stop contacts the wood and the plane stops cutting. Be careful as you pull back; that boxing can easily break off if you stress it by pulling sideways.
The beading plane’s shavings are good at removing any fuzzies. But be wary – you can easily get a splinter under a fingernail while doing this. Make sure you have a handful of shavings to protect against it.
After the plane stops cutting, you might notice some fuzzy bits in the quirk; grab a handful of the plane shavings to burnish those away.
– Fitz
(1) They will have to watch me cry; no one wants that. (2) Once you have a few beads under your belt, it’s OK to lift the tool and reposition it at the start of the cut…but make sure you get the fence in the correct position so as not to A) break your plane’s boxing and B) ruin your bead.
Mark your calendars: Next Monday (Feb. 17, 2025) at 10 a.m. Eastern, registration opens for Covington Mechanicals Classes for the second half of 2025. All classes take place in the Lost Art Press shop in Covington, Kentucky, in the city’s entertainment district – which means there are plenty of options for accommodations and food/drink, as well as fun (beyond the fun of woodworking!).
Click through on the titles below to find out more about each class – and know that our classes tend to sell out quickly (we have room for only six students in most classes), but do join the waitlist, as we often have to fill a slot or two.
Thanks to a clever idea from our friend Roger Davis, we’re well on the way to once again offering Crucible Tool Pinch Rods (the brass on our former offering has become prohibitively expensive). Shown here is the second prototype. They work, but not as perfectly as possible, so we’re still working with Craig Jackson at Machine Time to perfect the locking/sliding mechanism.
One of the cool things about the tool is that you can expand its capacity with inexpensive 1/4″ keystock. Our version will come with two 12″ rods (as shown above) – but for less than $20, you can get two 36″-long pieces of keystock to check the diagonals on larger casework. (And of course it’s available in other lengths as well.) Then cut or grind a bevel of about 60° on the business ends so they fit snug into the corners.
In case you’re not familiar with pinch rods, it’s a more accurate way than, say, a tape measure to check that your corners are square. Nestle the pointy ends in two opposite corners, lock the screw, then check that the tool fits perfectly corner to corner on the other diagonal (then adjust your case as necessary before the glue sets, and check again).
Whew – it’s square (good thing, because this glue has been dry for months!)
I also use pinch rods to “measure” the length of a case inside, say when I’m fitting another things inside it, such as a till bottom in a tool chest. I set the pinch rods for a snug fit end to end, then use the tool to mark the length on my bottom board. I don’t care what the number is – just that the measurements match.
Our best guess is that the new pinch rods will be out in the summer. No word on pricing yet.