Here’s a nifty tip—with a nifty tip—from faithful reader Don Ayers: Fill snap-capped sports water bottles with glue and stick them upside down in a hunk of 2×6. Now you don’t have to wait for the glue to run into the neck of the bottle, and the cap will control glue flow (and never get lost!). To holster the glue dispensers, cut holes in the base with a spade bit that’s a smidgen larger than the cap’s diameter.
If your shop lacks wall space or doesn’t have a long enough wall to accommodate long stock, another option is to place the crosscut saw near an operable doorway with the right-hand side closest to the door (see option 2 in the illustration). This leaves most of the length of the fence to the left of the blade (preferable if you’re right-handed), allowing short and mid-sized parts to be cut to length or trimmed without having to open the door.
Click the image at right, and start building the ideal workflow at the bottom where you see the first red arrow. This arrow crosses through one roll-up door of a typical two-car garage. Note that if the right-hand window were not present, you could place lumber storage closer to the entrance, which would also allow for easier passage onto the jointer. Work flows from the jointer to the planer and the table saw, then ideally onto an outfeed table near position #2 in the diagram. From #2, proceed left to the assembly area (pictured below).

An interesting variation of this layout is displayed in Jim Tolpin’s shop, shown in the photo at right. Tolpin located his jointer to the left of his table saw, its height low enough to allow panels cut on the saw to pass over the jointer. To save space, his portable planer lives beneath the saw. All three tools are oriented toward the garage-style door, which can be opened to allow long boards to be ripped, jointed, or thickness planed.
An interesting variation of this layout is displayed in Jim Tolpin’s shop, shown in the photo at right. Tolpin located his jointer to the left of his table saw, its height low enough to allow panels cut on the saw to pass over the jointer. To save space, his portable planer lives beneath the saw. All three tools are oriented toward the garage-style door, which can be opened to allow long boards to be ripped, jointed, or thickness planed.
My advice here is to make a detailed list of what the various parts of the build will be (drawings, permits, foun­dation, framing, electrical, etc.) and decide what you would like to do yourself and what you will need to hire others to do. Get quotes on the work that you would like to hire out and estimate the materials you will need to do your por­tion. You may want to factor in your time into the cost as well, especially if you will be passing up other income to work on the project. At some lumberyards, you will be able to give detailed drawings to an estimator on staff who will do a material takeoff list for you of what you’ll need and what it will cost. When all the numbers come in, you can put together a budget and plan for an overrun allowance of around 15 percent. If you keep track of the materials and subcontract costs as you go, you can stay on track and make decisions as you go about the latter stages of the project without regretting it later. If it is challenging to obtain fund­ing for a complete build, you may want to stage the build so that initially the frame goes up and the exterior is finished, and then you finish the interior work as you have time or as funds become available.
A board is considered “quarter-sawn” when the growth rings run, more or less, perpendicular to the face of the board. Quarter-sawn boards generally have straight grain and are less prone to shrinkage, compared to other boards. These factors don’t come into play with the 2x4s you use to frame a closet—but it does with the shelves and cabinetry you put into that closet; you want those boards to remain straight, flat and stable.
Other important power tools—A good jigsaw will help get you through many tasks, particularly cutting curves, that would otherwise require a bandsaw. Look for one with blade guides that keep blade deflection to a minimum. A handheld drill is also essential. A quality corded drill is much less expensive than a cordless one, and will never leave you without a charge. Also look for a quality random-orbit sander with a provision for dust collection.
The number of windows, as well as their sizing and placement, depends on your orientation, view, desire for ventilation, and needs for daylight and solar gain. Orienting more of your windows towards the south side of your shop and placing them high enough that they are shaded by the eaves in summer, but allow lower-angle winter light to come in, will increase your ability to get free light and heat from the sun. If your goal is to take advantage of passive solar opportunities, make sure that you carefully research the type of glass that is in your windows and look for something with a high solar heat gain coefficient. Higher windows generally allow for benches and tools beneath them, and relatively win­dowless north walls may be a place to arrange wood storage or mechanicals.
Temperature and Moisture Control. If your workshop is to be located in a portion of your house that is already comfortably warm, this will not be an issue. But if you’re converting a barn or shed or an unheated space, especially if you live in a climate where winter temperatures make for cold hands, you’ll need to devise a heating strategy. In some climates, air conditioning is a virtual necessity in hot weather.
To make the most of your workshop oasis, look for a water dispenser that offers a choice between chilled and hot water. This will let you enjoy a cold, refreshing drink in the heat of summer rather than a lukewarm bottle that’s been sitting around gathering dust. You’ll also cut down on the amount of plastic your household goes through, which is a boon for the environment. In the winter, the hot water tap will also you to make a cup of tea or a mug of instant coffee on the spot. No matter what your taste, a versatile drink dispenser will keep you hydrated and happy while you work.
Cutting sandpaper is a quick way to dull your scissors or utility knife blade. Instead, I fastened a hacksaw blade to the edge of my workbench. I slipped a washer behind the blade at each of the mounting holes so a sheet of sandpaper to easily slides in behind the blade. I fold the paper where I want to cut, just as a reference. — Kim Boley. Try some of these storage solutions!

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!
My contention has always been that you can build a serviceable shop in your home, develop your hand skills, and make fine furniture. In the past year, I had an opportunity to build a shop from the ground up after moving to a new home. I found a house with an unfinished basement, and set to work. In this article, I will discuss everything from layout, to electrical, to equipment selection. I intend to name names with respect to equipment, so that readers will know what I chose. Everyone’s budget will be different, but I think almost everyone will be able to treat this as a starting point, and adjust accordingly, depending on their own budget.

The tablesaw—This tool is the backbone of nearly every shop, and for good reason. It allows unmatched precision in ripping parallel edges and crosscutting at a variety of angles. Most woodworkers find it crucial for the basic milling of stock. It is also suited to many joinery tasks, easily producing tenons, box joints, and—with a reground blade—the tails for dovetail joints.
With these three power tools (and a few hand tools), I feel like I could make about 80% of the jobs that come through my shop on a daily basis. Obviously, some jobs will require more specialized power tools to complete, but these three probably find their way into almost all of my work. With that said, there are a few other tools that I couldn’t imagine being without and I feel need to be added to the list.
Even if you buy your lumber already planed, you will still encounter many circumstances that require the use of a planer. For example, you might want to build a simple and delicate jewelry box out of small scrap pieces lying around the shop, and you will end up making a small and clunky jewelry box because all of your lumber is 3/4″ thick, and that’s how it is going to stay. That is just the first example. Think about all of the other times that you will pick up a piece of lumber in the shop and it will be the wrong thickness, either just slightly wrong or in an entirely different size category. A planer is a real problem solver and can fix all of that.
Softwood is most commonly found in the regions of the world with lower temperatures and is typically less durable, lighter in weight, and more vulnerable to pests and fungal attacks in comparison to hardwoods. They typically have a paler color and a more open grain than hardwoods, which contributes to the tendency of felled softwood to shrink and swell as it dries.[9] Softwoods usually have a lower density, around 25-37lb/cu ft, which can compromise its strength.[9] Density, however, does vary within both softwoods and hardwoods depending on the wood's geographical origin and growth rate. However, the lower density of softwoods also allows it to have a greater strength with lighter weight. In the United States, softwoods are typically cheaper and more readily available and accessible.[9] Most softwoods are suitable for general construction, especially framing, trim, and finish work, and carcassing.[10][9]
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.
A landscape designer friend of mine tells a story about the college he went to. During his years there, the university embarked upon an ambitious building plan, adding several large structures around the main quad: a dorm, a chemistry lab, and a couple of others. The look of the place, which had remained unchanged for a century, was suddenly transformed, as glass-and-steel modernist structures were interspersed with the earlier ivy-covered stone Victorian-Gothic.
I’m 91 years old, but I still enjoy spending time in the wood shop. I like to make wooden toys and give them to my great-grandkids and charity groups. One trick I’ve learned over the years is to use emery boards—the kind for filing fingernails— to sand small parts. Emery boards come in different sizes, and some are more abrasive than others, so I keep an assortment on hand. — Joe Aboussleman

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.