The frost generated by Canadian winters wreak havoc on structures through their foundations. According to code conventional foundations and footings must rest below the reach of frost on undisturbed soil (in most provinces, this is safely considered to be 4 ft. below ground level or grade), bear directly on bedrock, or be frost-protected. A shallow foundation may be possible in your area in an outbuilding if you can get an engineer to design and stamp plans for insulating the area directly beside your shallow foundation wall so that frost will not form beneath the footing area and cause damage. A slab-on-grade foundation for an outbuilding is another option that will need to be designed by an engineer so that the concrete slab will structurally bear the weight of the shop structure you build above it.
For many of us, the moment we learned that a 2×4 board is actually 1.5 inches x 3.5 inches was simply mind-blowing. The reason for this apparent contradiction is that the board has been planed down to eliminate irregularities. At one point, many years ago, 2x4s actually were 2 inches x 4 inches, but their rough surfaces made them difficult to stock and handle. The old terms, such as 2×4 or 4×4, are still used, and are known as the “nominal” size of the board. These nominal sizes are used because they are easier to say and they stick to tradition. Now, thanks to a lawsuit, most big box stores list the nominal and actual sizes of lumber.
When you design your workshop setup, climate control often gets ignored — and that’s a huge mistake! If your workshop or hobby room is in an unconditioned space like a garage or basement, you could find that it’s brutally uncomfortable to work in there during warm weather. You’ll be much happier with a solid fan — or several — to keep air moving for your comfort.
Marc, would not assumptions for a Festool shop differ considerably? Far fewer big machines, and more carrying lightweight precision machines to the wood, for example. I only have a few Festool machines so far (took quite a while to get past the sticker shock), but I am beginning to see how it could change the way we work. My 400 sq ft shop is getting awfully crowded with floor-standing machines and implementing your guidelines, sound as they are, is difficult.
Because workshops are rough and tumble places, the right fan for the job will have an industrial-strength motor and adjustable fan speeds. Easy-to-clean metal blades and a fully encased motor housing are also important features, especially if your shop tends to fill up with sawdust, wood chips and other fine debris. That extra layer of protection will help the fan motor last for years instead of being damaged by particulates.
Cutting thick, rough, warped hardwood can be cumbersome and dangerous. To provide some control over this process, I built a chop-saw station with wings that extend to support long boards. Again, anytime you make something that consumes shop space, make a shelf underneath to gain storage. The chop saw sits in a recess so that the deck of the saw is at the same height as the workstation deck.
Since most of your assembly will be done on the assembly table, it just makes sense to have your clamps nearby. If you’re short on wall space, try a rolling clamp cart! If you use your workbench for assembly, keep your clamps near the workbench. Check out these two helpful articles for clamp racks: A Simple Utilitarian Clamp Rack and A Parallel Clamp Rack.
Popular and easy to work with, cherry is in high demand for its reddish-brown color and ease of staining and finishing. Cherry likely won’t be at the local home center, but should be at a lumberyard for a somewhat expensive price. This hardwood is a very common material for furniture, and is resistant to normal wear-and-tear, but it is best for indoor pieces.
Iron-on edge-banding is a quick way to cover up an edge on plywood. Trimming the excess, however, is tricky. I’ve tried edge-banding trimmers, but I find the results are unpredictable. With the trimmers I’ve tried, it wasn’t easy to change the direction of the cut to suit the grain direction of the edge-banding. If you’re cutting against the grain, you’re likely to tear out a chunk of your new edge-banding. Instead, I use a wide, sharp chisel. This way, I can read the grain direction and trim accordingly. Angle the chisel slightly and go slow, raising the back corner of the chisel just enough so that it doesn’t dig into the plywood veneer. Smooth the corner with a sanding block after trimming. Check out this amazing edge band veneering project!
After years of digging down under router tables, lifting the entire unit up to change bits, and then fighting to get the plate flush again in the table, I chose to spend the money to purchase a router table, fence, and lift system. I did a thorough review of these systems, and chose the Canadian made Jessem Rout-R-Lift II kit. The system comes with a solid steel stand, a phenolic table, an adjustable extruded aluminum fence, and their base model lift system. For budget reasons, I did not choose the hefty Mast-R-Lift, but I am quite happy with the lighter Rout-R-Lift II. It will last me a couple of lifetimes, so it is the right system at the right price for me in my one-man shop. Hats off to Jessem for making a great lift at a very reasonable price in the middle of a tough economy. The table is durable, and flat. The direct drive lift is smooth and precise. I mated the lift system to a mid-sized model 690 Porter Cable router, which has a fixed speed, and enough power to do anything I need. The Jessem system uses a bayonet type mount for the table inserts, a nice touch that makes swapping the table insert quick and simple. As with all my machines, the router table is connected with the supplied dust port to my shop dust collection system with automated switching.
In the above video Will Myers teaches the basics of woodturning for woodworkers. He starts by showing how to prepare and center the wood, then discusses woodturning tools & parts of the lathe. And finally he begins roughing out a spindle for a classic cherry shaker candle table. This tutorial comes from the class and DVD: "Building the Hancock Shaker Candle Stand with Will Myers". If you'd like to build this historical candle stand along
Table saw: Of all of the tools in the shop, the table saw is the most useful and versatile. It excels at making straight cuts, and with the addition of any of a million jigs, can be made to perform an amazing number of tasks with repeatability and precision. I use the table saw for roughing out smaller parts from larger pieces, all the way through trimming parts to final size. The only limit to the table saw is that the piece needs to be small enough to be pushed through it. Above a certain size, the table saw becomes less useful and even impossible to use as the saw needs to be brought to the piece, instead of the piece being brought to the saw.
You may want a garage door if you will need to access your shop with large workpieces or tools, or if you or future owners will ever want to use the space to park a vehicle. Garage doors are notoriously drafty, however, so if you think you can live without one you will probably be warmer. Instead, you could opt for out-swinging double doors. In a small shop you can, at a pinch, rip longer lengths of lumber by feeding the material out of either a strategically placed door or window.
Natural Light. Natural light is best, so any windows that offer illumination to the space should be put to good use. If you have little sunlight in your shop, locate your workbench so that its work surface gets whatever there is. Even the best eyesight is made better by good light, so the close work to be done on a benchtop benefits from the natural light.
In this video James Huggett shares a very detailed tutorial on how to cut a half-blind dovetail joint with hand tools, for use on drawers and case pieces. Jim has cut many dovetails over the years, and here are some of the lovely dovetailed drawers that Jim has made using this half-blind dovetail joint: Notice the deeply scribed layout line on these drawers. That, along with irregular and more delicate pins, are a sure sign
Sanding concave molding doesn’t have to be difficult. Find a deep socket that fits the contour of your molding. Wrap a piece of sand- paper around the socket and hold it in place with your fingers. Your sanding will be uniform and the delicate edges of the molding won’t round over. — Eric and Cheryl Weltlich. In this video, Travis talks about his favorite sanding tips.
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In my shop I use a large number of Jorgenson F-clamps. I use many of the small clamps, the most useful being the 12" version. Large F-clamps are essential for cinching down parts on bending forms. I also like aluminum bar clamps because they are much lighter than steel clamps, and therefore less likely to damage a carcase should you bang into the wood during a glue-up.