Some types of wood filler can be hard to get off your hands after they dry, especially if you use your fingers to push it into small cracks and holes. When that happens, I reach for fine grit sandpaper and sand it off my fingers. It’s great for removing dried-on polyurethane glue and canned foam from your hands, too. — Chris James. We’ve got great solutions for removing super glue, too.
To plan my shop, I used a modeling program on my computer, but you can use the drawings I created to plan an efficient shop on paper. Download and print the PDF below and arrange them on graph paper to create a plan view of your shop. Take the time to work out the most efficient placement of benches, cabinets, and machines, taking into account infeed and outfeed zones as well as ducting for dust collection.
Finally, as I shared in my post last week on how I learned woodworking, I learned how to use power tools by watching YouTube videos and then just trying them out for myself. I highly recommend this method to learn how to use your power tools. There are lots of videos on specific models of tools too. So, watch a few how-to videos and very importantly, review the tool manual and safety guide for your own tools. Then, go ahead and try the tool out yourself and start using it!
Along with stone, clay and animal parts, wood was one of the first materials worked by early humans. Microwear analysis of the Mousterian stone tools used by the Neanderthals show that many were used to work wood. The development of civilization was closely tied to the development of increasingly greater degrees of skill in working these materials.
With an orbital sander and good sandpaper you can smooth wood evenly and easily with first-class results. When flush-sanding solid edge-banding, draw a squiggly line across the joint before sanding. The edge-banding will be slightly proud of the plywood veneer, so the pencil marks provide a visual aid to make sure that you’re sanding flat, and that you don’t sand through the plywood’s veneer. As you go, you can also test for a smooth, level transition by gently scraping your fingernails against the transition. If it’s smooth, your fingers will not catch on the seam between the two pieces
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.
With the right tools and materials, what you build is only limited by your imagination and creativity. So why not have a little fun with the kids and teach them something at the same time? Our woodworker tools and woodworking supplies will help you put together an easy birdhouse, squirrel feeder or butterfly house. The kids will love to use our paint samples to add their creative touch, and will enjoy displaying the finished product in the backyard.
I agree with all of these tips in a larger shop. In a smaller shop (mine is just under 400-square feet) most things are fairly close together anyway. One of my original principals for shop layout was … how is a machining process performed on a piece of wood? Is the wood stationary while it is machined … or does the wood move through the machine? If the wood is stationary, I have tried to have this set for one side wall of the shop. To be specific, I have four machines in one line with a continuous table to support long pieces that might need cutting from one or all of those machines. The machines in that line are (from left to right) the drill press, the powered miter saw, the square-chisel mortiser and the radial arm saw.
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I am often surprised at what tools woodworkers don’t use or own, especially when they are some of the few that I find essential. Sometimes it’s just the difference between hand tool and power tool guys, but sometimes it’s just from lack of experience or the fact that they haven’t given it too much thought. Most likely they just buy tools as they need them and never really considered what tools would give them the most bang for the buck.
“I do a lot of finish-sanding freehand, without a sandpaper block, so I can smooth edges and get into nooks and crannies. But the finer grits are usually bonded to thinner paper and, at least for me, the paper is too thin and ends up tearing long before the grit wears out. So I apply duct tape to the back of the sandpaper. The sandpaper is still flexible enough to sand a tight radius and it’s far more durable. You can use this super-strong sandpaper like a shoeshine rag.” — Chuck Merchant
I have a 3 car garage, 1-2 car bay, 1 single bay. I made some simple saddle brackets that hang on the outside of the garage door track (V shaped with the top of the V having a cleat that stabilizes the bracket against the top of the track, stove bolts hold the brackets to the track without interfering with the door). Through the bottom of the brackets are drilled holes to hold 3/4″ EMT metal conduit. This is available in 10 ft lengths which is enough to span the single bay track width. I used cotter pins to hold the conduit in the brackets. Eye bolts that slide over the conduit can then be mounted to a 2 bulb flourescent light fixture and bingo, you have lighting that works with the garage door up or down. I did this for my single bay which is where I have my tablesaw and bench/outfeed table. I centered the light at the tablesaw/outfeed table juncture and it makes for awesome lighting for both surfaces.
I set an initial budget of $10,000 to build the shop – everything from studs and drywall to hand tools and machinery. The final number was over by $1,000, but I’m still very happy with the result. The shop is now my haven, with a good sound system and good lighting. Every time I go back into the shop, it is exactly the way I left it, because it is my shop!
If your shop will be attached to your house or another structure, it will likely need to match its foundation, tying the two structures together so that one does not structurally stress the other if they shift differently. That may dictate a poured concrete or concrete block foundation. Regardless of your foundation type, a cold concrete floor will sap energy away from the rest of the structure if you are not careful, so think about how to insulate it well before you build.
Before you bid in an online auction, check the site’s rules of operation. At some sites, a winning bid is a binding contract, which can be a problem if you can’t inspect the tool before you purchase it. Don’t forget shipping costs. In some cases they can exceed the cost of the tool. Also, make sure the tool you’re buying will run on the power you have in your shop. Many former industrial tools run on 240v single-phase power. If your shop doesn’t have 240v service, you’ll need to factor in the cost of upgrading before deciding to buy. You don’t want to saddle yourself with a tool you can’t use, no matter how good the price.
You have a few options for planning your shop space: The first is simply to photocopy the two-dimensional models and use them to create a scale layout of your shop floor. You also can go to my Web site (www.yda-online.com/shopmodels.htm) and download two-dimensional images of each tool to be used either on paper or on the computer. As a third alternative, you can download the same modeling program I used, and create three-dimensional plans.
Use the corners — Some machines are perfectly content to live in a corner, including the bandsaw, scrollsaw, disc or combination sander, and lathe (see the illustration). Orienting the lathe’s tailstock end into a corner will leave room for outboard turning. Pulling the bandsaw away from the wall allows the necessary clearance to cut large curved parts, while locating it near a doorway or window permits resawing of long planks.