A few months ago Dave Heller, a custom furniture maker and Marquetry expert, reached out to me about teaching at the Wood and Shop Traditional Woodworking School. When he brought over some of his fine furniture, I was really impressed. He's truly an artist, and way better than me! (You can see his furniture here on his website and here on his Instagram account). Like many woodworkers, Dave first pursued woodworking as a hobby. He
Fir, also known as Douglas Fir, is very inexpensive and common at local home centers. It has a characteristic straight, pronounced grain with a red-brown tint. However, its grain pattern is relatively plain and it does not stain well, so Fir is commonly used when the finished product will be painted. While commonly used for building, this softwood would also be suitable for furniture-making as well.
Clamping up four mitered corners is tricky. You can buy specialty clamps for this, but I make my own. Here’s how to do it. Start with a long 1×4, as it’s easier (and safer) to clamp for making the angled cuts than a short piece. Mark out the blocks, and then drill a 1-in. diameter hole in the center of each one. The hole prevents the blocks from getting glued to your project. Cut 45-degree angles tangent to the hole, and then cut the blocks free from the long board. We’ll walk you through how to make one for your home shop.
Commonly used woodworking tools included axes, adzes, chisels, pull saws, and bow drills. Mortise and tenon joints are attested from the earliest Predynastic period. These joints were strengthened using pegs, dowels and leather or cord lashings. Animal glue came to be used only in the New Kingdom period. Ancient Egyptians invented the art of veneering and used varnishes for finishing, though the composition of these varnishes is unknown. Although different native acacias were used, as was the wood from the local sycamore and tamarisk trees, deforestation in the Nile valley resulted in the need for the importation of wood, notably cedar, but also Aleppo pine, boxwood and oak, starting from the Second Dynasty.
Is your cellar damp? If so, you may have to correct that problem before installing your tools and lumber supplies. Insulate pipes to prevent condensation. Make sure your gutters outside keep rainwater running away from the house. Cracks in the cement floor or walls should be filled with hydraulic cement; a high water table may necessitate a sump pump to collect water at a low point and pump it out. Any or all of these circumstances may also require a dehumidifier. In any case, dampness is unacceptable where power tools are to be used because of the risk of electric shock.
Lumber storage is spot on, I think especially for a basement shop – I used to store my lumber at the furthest point from the outside door, and it wasn’t until I moved it closest to the door that I realized how much of a difference it could make. And sheet goods are starting to be stored and broken down in the garage more so I don’t have to fight them into the basement.
If a poured cement floor prohibits the installation of plug receptacles flush to the floor and you elect to surface-mount a plug, protect the exposed feed wire. A piece of one-by-four stock with a groove cut in its underside and its top edges chamfered, will pose little more tripping risk than a threshold. However, paint its protective covering a bright color to remind you and any other visitors to your shop of its presence.
Great suggestions for a large workshop where there is floor space… the shop I wish I had!!! My shop is a one car garage 23 X 13, which poses a real problem when it comes to workflow and tool positioning. I use your philosophy in reverse Marc; meaning, all my tools are on casters and I store my tools at one end of the shop in an order that allows me to bring the right tool or two into the centre of the shop to use. Bring the tool to the wood.
Along the opposite long wall are the planer, combination sander, drill press, bandsaw, workbench, and compressor. Each tool has dust-collection hookups and storage space to keep the relevant tools, bits, blades, and fixtures nearby. The planer is the only tool I have to roll out into the middle of the room to use, which takes about a minute, including connecting the dust-collection hose.
I know this seems really simple and you may already know how to read a tape measure so just hear me out on this one! Often times with woodworking you need to make exact measurements and cuts and it’s rarely pretty even numbers like 15 inches or 15 1/2 inches. It’s usually like 15 5/8 inches or 15 9/16 inches. So, really knowing how to read a tape measure in its entirety is important. And I’ve created a quick post on how to read a tape measure the easy way along with a helpful free printable.
Timely article indeed. I’ve been playing with the shop layout tool on Grizzly’s website (http://www.grizzly.com/workshopplanner) which helps you see how tools fit in a specific shop size. However, your insight and experience really helps with ergonomic considerations. When I first built my shop, the first thing I did was installing a wall mounted work bench – as my fore fathers had all done – Big Mistake! Soon-to-be project: ripping it out and building a mobile work bench on wheels (like the one you have pictured).
One of the best deals on portable power tools, including routers and sometimes planers, comes in the form of factory-reconditioned tools. These are primarily tools that have been repaired at the factory after failing quality inspections or being returned by customers. While they cannot be sold as new, they are identical to new tools in quality and appearance and usually feature the same warranty (be sure to check). Typical savings are anywhere from 15% to 30%, though you sometimes can find even bigger bargains. These tools can be found at Amazon.com and other online tool sellers. It is also possible to buy them through retail stores and, in some cases, directly from the manufacturer’s Web site.
Once the workshop location is determined, it's time to begin planning how to lay it out. First, acknowledge the need to formulate a plan that's realistic in terms of the space allotted. The size of the structure or workspace will place some constraints on how much can be done. Taking into account size limitations, begin fashioning a plan that keeps efficiency in mind.
Radial-arm saws, sliding compound miter saws, and powered miter boxes (chop boxes) used for crosscutting long boards are best located against the longest wall of the shop, as shown in the first option in the illustration. If the saw is to become a stationary machine, it’s typical to mount or build it into a long, narrow support table fitted with a fence.