One of the challenges we all face is how to move machines into a home without damaging the home, the machinery, or yourself. I actually had to bring things through the front door, and across hardwood floors, and turn 90° to descend the stairs into the shop. To protect the floors, I laid down sheets of 1/2" MDF that I could use later. On the wooden stairs, I used three strips of softwood strap­ping, held with wood screws to the stairs. I mounted a 2x4 baton to the wall studs at the top of the stairs, with a 5/16-inch eye-bolt through it.
If you live where summers get hot and humid, you may need more than a fan to keep cool in your workshop. Fortunately, air conditioners will both dehumidify and cool your space — and you don’t need a traditional window to get the job done. Instead of a residential window unit, consider a freestanding portable air conditioner that you can use as needed on hot days.
Usually ducting is well covered and one of the first things considered, however, most people initially neglect clean up when designing shops. With growth, I have a very cluttered shop that makes pulling shop vacs around frustrating especially if you’re at the wrong end of a 5m flexible hose without having to struggle with the vac (the practice of in no doubt exacerbated by those ridiculous vacuuming ads on TV). As my setup is retro fitted, it may not be pretty as it is ducted overhead, but it is productive. I have a centralised heavy duty ‘shop vac’ (rigged with a Dust Deputy) and 50mm stormwater piping radiating to selective parts (corners) of the workshop. I use 50mm water diverters to act as blast-gates to control the flow of air (I have a bank of them running down one full side of the workshop spaced about 5m apart). When I need to clean a part of the shop I plug the vac into the appropriate overhead vent, organise the diverters and attach a 5m flexible hose to the working end. I have the vac on a remote (one of those that control power points – all my dust extraction is controlled by these – after modifying any proprietary mag switches) and I can vacuum any part of my workshop without having to go and manually switch the vac on. I have bought some cheap off market flexible hoses and spread them at the extremities of the workshop. Each outlet will accept the hose. Hint – I bought a fairly low end 3D printer ($800 (Aust)) and I can print any sized coupling to accommodate all those non-standard ‘shop vac’ hoses/fittings to accept my proprietary shop vac accessories. Duct tape is now reserved for the few threaded non-standard couplings.
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.
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 ( 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.
That headline struck me as discouraging. As an entry fee, $5,000 seems high enough to exclude a number of potential woodworkers, myself included. Christiana softened the blow by saying that used tools could cut the cost roughly in half. That figure seemed much closer to my experience, which involved buying a mix of new and used tools. Having said that, buying the right used tools is much more difficult than buying from a catalog or dealer who stocks everything needed to build a great shop. It requires a bit of guile and a good plan, but the payoff is worth it. Through careful choices and good fortune, I was able to outfit my shop with a blend of new and used tools for around $2,000.

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. 

Some of the most important decisions in laying out a shop involve the placement of basic machines, such as the table saw and jointer. Deciding where to put them depends in part on the scale of woodworking you do, which determines the clearance area around these machines if you need to handle long stock or large sheet goods. You’ll also want to consider work flow to avoid an excess amount of running around the shop to accomplish tasks, as well as how to power your machines without turning your shop into a snakepit of extension cords.