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).
Here’s a safe and sound way to make long cuts with a circular saw on plywood clamped to a worktable. Cut about 12 in. into the plywood, then twist a piece of duct tape into a bow tie, with up-and-down adhesive faces. Slide it in the saw kerf and press the tape down above and under the plywood. Now as you finish the cut, the trailing end can’t curl down dangerously as you saw. Hats off to Mike Connelly for simplifying this job. Check out how to make this DIY duct tape wallet.
Second is the operating space around the machine. When the table saw is used to cut a piece of four-by-eight-foot plywood, the tool space increases geometrically, as the thirty-two-square-foot sheet of stock is pushed and pulled through the blade. Even if you’re not planning on using your table saw to cut plywood, you need to allow ripping and crosscutting space. This means that in front of and beyond the blade, you need distances at least as great as the length of the longest board you’ll need to rip; and that you’ll require space for cutoff work on either side of the saw.
Hardwoods, botanically known as angiosperms, are deciduous and shed their leaves annually with temperature changes. Softwoods come from trees botanically known as gymnosperms, which are coniferous, cone-bearing, and stay green year round. Although a general pattern, softwoods are not necessarily always “softer” than hardwoods, and vice versa.
You sure make “keeping up with the Spagnuolo’s” tough. :) The cart fits my space pretty well. I am somewhat limited so utilizing the space under the lumber rack works well for me. I have the stand alone scrap storage bin also but the extra scrap storage on the cart is a bonus. I always seem to have srcap lumber running out of my ears. I have a hard time throwing away even a small piece of walnut or other nice (expensive) wood.
The second corner of the triangle is in the center of the room and, in our case, is where the workbench is located. Following work progress in sequence, the workbench is typically the second workstation where medium-duty work is done after heavier preparatory or wood-milling steps are finished. The workbench is where work is typically done using hand tools or smaller power tools such as hand drills, routers and joinery tools.
I wanted to have numerous outlets, and have enough electrical service that I did not have to worry about overloading circuits. There was already some lighting, so I simply picked off that line and added additional lights to keep things bright and cozy. I ran a 240V line for the table saw and jointer with a dedicated breaker. For wall outlets, I ran 14-3 wire, and split all the plugs, so that I can run one machine on the upper plug, and another on the lower plug of any outlet.
I do not rip on the table saw as a rule, to prevent kick back that periodically occurs when natural wood pinches the blade, turning the wood into a missile. I bought a fairly powerful saw, so this is one place where a lighter saw would be adequate. Essentially, I use the table saw for ripping sheet goods, cutting dados, tenons, and cutting small parts to length – all of which can be done with a 1.5 HP saw. I ended up with a King 3 HP, three-belt drive, 10" table saw. The castings are true, and the King Tru-rip fence reminds me of the Biesmeyer fence used on the Canadian General saws. The model is KC-11FX, and it can be purchased for less than half of the price of other, similar saws. On this purchase, I went with the suggestion of Jeff at Brettwood Machinery – he was right; a very good value saw that runs smooth, and has a decent fence.
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. Softwoods usually have a lower density, around 25-37lb/cu ft, which can compromise its strength. 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. Most softwoods are suitable for general construction, especially framing, trim, and finish work, and carcassing.
Pocket screws create a solid, simple-to-make joint. Because of the size and visibility of the hole, it’s usually located in areas that are concealed or rarely seen (though special plugs can be used to fill the holes.) Craig Sommerfeld, founder of The Kreg Tool Company, is credited with popularizing pocket screw joinery in the 1980s. The company today is the leader in creating the jigs, clamps and screws used to create pocket screw joints. Learn how to use a pocket screw jig in woodworking projects.
Great info I’m in shop build right now finally after going through the tool purchasing period as I was tired of not having the correct tool for the job I wanted to start. Should be up and organized in a month or so In between baby duties. Wondered if you’d be interested in seeing the finished product and maybe offer some thoughts on how it’s setup it’s always good to have another pair of eyes to spot any problems.
This is the one tool in the shop that provides the greatest opportunity to save money, if you are willing to purchase a well made, light duty machine, and take lighter cuts. In the past I have used General 14" planers that can hog off serious cuts all day long. The problem is that these professional units cost over $5000, and they would crush my buddy as we haul them down the stairs (note: don’t be the guy on the bottom). After doing a fair amount of research, I purchased the Dewalt DW735 13" thickness planer. The unit came with a good manual, and was in a good state of tune. It is light enough for me to carry around the shop without excessive grunting, so that made it very simple to install. The planer has a significant internal fan-assisted chip ejection system. The chips are catapulted out of this planer, so have your dust collector running before you run stock through it. I now have to make more cuts at a lighter cut depth, but I saved about $4500, which makes my budget happy. The planer makes clean cuts, and has two speeds. I don’t see a reason for the two speeds for my type of work, but there is a faster feed rate should you choose to use it. Knife changing is simple and quick.
This style of saw will provide more power than a contractor-type saw and have the high-quality rip fence you need to do good work. However, because they are favored by professionals and serious amateurs, cabinet saws are harder to find on the used market. Scour the classifieds and online sales (be sure to check industrial auction sites as well), and do some networking. Check the bulletin board at your hardwood supplier and ask the proprietors if they know of anyone selling a saw. Also call local cabinet shops. They sometimes have a surplus tool sitting idle that they’d be willing to sell. Take your time in this step. A careful investment will pay dividends in the long run, but a well-intentioned compromise can cause long-term frustration.
In many workshops, band saws and drill presses are not used constantly, so they can be set back out of the way. Jointers and shapers can also sometimes be set back out of the midway, but keep in mind that the more trouble they are to reposition, the less useful they’ll be. Remember, too, that while jointers and shapers take up relatively little floor space, you need to allow space on either side that is at least the length of your longest workpiece: a four-foot workpiece needs about a ten-foot space (the tool, plus four feet on either side). The longer the pieces to be joined or shaped, the greater the space required on either side.
Pocket screw joinery is a system—employing special drill and driver bits—used to join boards or pieces of plywood to one another. Installing pocket screws involves using a jig to drill a sharply angled, 15-degree hole through the back of one board, then driving a special screw through that hole into the second board to draw them tightly together. Learn how to use pocket screws here. It’s often used in cabinetmaking and furniture building. Here’s how to build cabinets with pocket screws. The term “pocket” comes from the design of the hole which contains an upper “pocket” for the head of the screw to push against; this pocket also hides the head of the screw.
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.
The planners did an interesting thing, my friend recalls. Instead of commissioning a hugely expensive study to try to predict the new patterns that would result from the opening of the new buildings, rather than devising an anticipated program and laying out a new scheme, the university’s brain trust decided to let the students and faculty, the lifeblood of the university, shape their own arterial flow.
First, let’s take a look at four placement options for the table saw, the machine that is at the heart of most woodshops. The first option (see the illustration) places it in the center of the shop, which lends maximum space and flexibility for ripping and panel sawing, as well as crosscutting long boards. The main requirement here is a shop that’s at least long and wide enough to allow room for the workpiece, both on the infeed and outfeed sides.