Project Ideas to Organize Your Garage Workshop

For the last few months I've been overhauling my garage workshop.

The goal was to organize a space where I could do quite a bit of woodworking, but that was flexible enough to handle whatever kind of creative projects I might want to undertake.

This instructable is a two-part affair. The first half covers the building of a large workshop/outfeed table, and the second half covers the variety of shelves, cabinets, additional worktables, and other features that make up the rest of my shop.

If you're looking to make yourself a versatile outfeed table or just looking for a few organizational ideas for your own garage workshop, perhaps there's something here that you'll find useful.

Thanks for taking a look!

This table was made to be a multi-use, central hub in my shop.

It features a 5- by 6-foot top, built-in vise, a storage cabinet with full-extension drawers, and it serves as an outfeed table for my table saw.

It has been a fantastic addition to my shop. Here's how it was built:

Let's start with the storage cabinet, which supports one half of the table top.

This is made from a full sheet of 3/4" pine plywood, which is currently about $40 a sheet where I live. Alternately, a person could use melamine or even subfloor particle board to save a few bucks. Whatever material is used, it comes with inherent qualities that you have to work with/around when using it. Basically, make sure you drill all of your holes and use appropriate screws as needed. See step 3 of my shed instructable for a quick guide on fastening materials with screws.

I began by breaking down the sheet of plywood according to the diagram above. Pieces were then screwed together, using clamps as needed to make sure joints were tight and flush.

Note that the shelf had to be created by joining two pieces with glue and clamps, followed by a bit of trimming to fit the opening where it was to go. (The material was there, I just couldn't extract it from the sheet of plywood in one piece!)

The cabinet case was painted with black paint, and a backing board made of 1/4" MDF was added, which made the case more rigid and squared it up. This was simply fastened with screws into pre-drilled holes.

I built five very simple but sturdy drawers for this case using baltic birch plywood. It is definitely spendy, but well worth it in my opinion for ease-of-use and long-term durability.

The side pieces are made from 15mm plywood that were glued and fastened together with 1" crown staples. The bottoms are 9mm plywood and were fastened in the same manner.

The drawer boxes were all finished with several coats of spray lacquer.

For the drawers I used heavy-duty full-extension ball-bearing guides. (You know they're good if you have to use three hyphenated compound adjectives to describe them.)

Drawer guide positioning was determined by various factors, and I used a few tricks to make sure they were all fastened precisely as needed. See photo notes for tips on this.

The other halves of the drawer guides were then fastened into the cabinet case.

This requires a fair amount of planning and measuring, but can be aided greatly by using supports as detailed in the photo notes.

I made the drawer faces and door out of old aluminum road signs. See my easy workshop cabinets instructable for more info on where I got them, and the specific methods used cut the pieces and install them.

For this cabinet I chose to install the sign pieces with the bare aluminum facing out, and I really like the classy look.

The drawer pulls were then installed, as well as a magnetic catch on the door.

At this point, I carefully positioned my table saw exactly where I wanted it in my shop, and shimmed the legs until the top was perfectly level.

The cabinet was also placed precisely and leveled in the same manner. There was quite a bit of additional adjustment needed to ensure that the cabinet and saw were at the perfect height in relation to each other (this was done later on, after the table top was in place).

The table top was made from two recycled solid core doors that were perfectly flat but extremely heavy.

The doors are basically thick pieces of particle board sandwiched between two MDF veneers. They may not be as durable as some other table top options, but they were a great solution for the price--I found them at a local ReStore for $15 apiece!

To support the heavy doors, I built a framework out of 3/4" pine plywood. This frame was attached to the cabinet on one side, and held up by adjustable 2 by 4 legs on the other.

See notes in photos for details on how I make quick and dirty adjustable table legs.

The two solid core doors were trimmed as needed and fastened to top of framework through pocket holes drilled in the frame.

Now both the table saw and the outfeed table were carefully adjusted and shimmed (with laminate sample pieces) until they were perfectly level and the heights were where I wanted them, with the outfeed table top about 1/32" lower than the top of the table saw.

I'm not going to lie, getting everything adjusted perfectly is a lot of work!

To fasten my table saw to the outfeed table I first bolted pieces of wood to the sides of the saw.

Then I screwed additional pieces of wood to the underside of the outfeed table, and then to the boards attached to the saw. This was actually quicker and easier than I had imagined it would be.

With both tables connected, they are rock solid and there is even less vibration when using my saw now.

For drawer liners, I used pieces of anti-fatigue floor mats from Harbor Freight. I like the extra padding, and the cost isn't much different than using other typical drawer liners.

The drawers were then placed into the cabinet and filled with tools.

If you've got a table saw, I cannot recommend highly enough that you make a really large cross-cut sled to go with it.

Don't make a wimpy small one. Go big; you will not regret it!

There are a few gazillion tutorials out there on how to make a decent table saw sled.

To extend the miter slots from the table saw into the outfeed table, I used my router with a 3/4" bit and a rigged-up and firmly-clamped straight edge.

I made a couple of passes with my router, adjusting the straight edge so the slots in my outfeed table are actually just a little bigger than the ones on the table saw.

These outfeed slots don't have to be perfectly precise, as the actual guidance to the sled comes from the precision-ground slots on the table saw. (With the blade all the way through the cut area on my sled, the sled base still rests halfway on my table saw top, with the table saw miter track still providing all of the necessary guidance.)

I bought a basic woodworking vise (a Shop Fox one) to attach to my table.

Rather than try to fasten it to the particle board interior of the door-table top with lag bolts from underneath (the typical manner for mounting to a solid wood workbench), I opted to bolt it fully through the table top.

Holes were drilled and then bored down a little to fit the bolt heads and washers. After shimming the vise as needed and bolting it in place, the top holes were filled with epoxy putty. This was covered with a bit of wood filler, sanded smooth, and then primed to match the table top.

I don't do a lot of traditional woodworking (using planes and such), so I have no intention of adding bench dog holes to my table (I don't think they'd hold up well in the particle board mush anyhow).

But on numerous occasions I've wished I had a simple broad-area vise with wooden jaws, and now I do.

I wanted a uniformly colored table top, so I painted it with several coats of appliance "epoxy" spray paint thinking this might add a little bit of durability. I'm not sure if it did or not, but it looks okay.

This was sanded lightly with 220 sandpaper between coats.

On top of this, I sprayed several coats of semi-gloss lacquer, sanding between coats and after the last with 220. This left a really smooth, slick table top.

I originally wanted to do a poured epoxy top, but was turned off by how much it was going to cost (being already several $100's into my shop overhaul at this point).

However, someday I would like to upgrade to a poured epoxy top.

Two jaw faces were made for the vise out of maple wood.

On the table side, the face was screwed to the edge of the table itself. On the other side, the face was bolted to the vise jaw with small bolts that had been epoxied into the maple below the surface of the wood face.

A piece of maple was also added to the edge of the table top as trim.

This concludes the build of the work table.

There are a handful of additional ideas related to the table though, as you will see in Part 2:

The following steps go over all of the other new features incorporated in my workshop overhaul.

There just wasn't enough reason to write up full instructables on every idea, so they've been lumped together here for anyone that might be interested. Enjoy!

This little table is something I built a long time ago, but I use it so much that my new outfeed worktable had to be built to accommodate it.

It has two fixed casters under the legs on one side, and adjustable feet made out of carriage bolts (just like the ones shown in step 8) on the other two, so it can be rolled around the shop and used wherever I want it.

This works great as an assembly and finishing table, but also as a table to hold my oscillating sander or my half-homemade router table. It is 30" by 48" and 28" tall.

This is my scrap wood bin.

It is just a simple frame made from 2 by 2's and sheathed with OSB, with some kind of scrap piece that sits on top.

It rolls around on casters, and is incredibly useful as it has the exact same dimensions as the roll-out table from the last step. I often use these two in conjunction for glue-ups, finishing, and whenever else I want a large squarish, but low surface to work on.

I don't have a big fancy dust collection system, but I like what I have.

I made a wooden cyclone separator that I use with a simple shop vacuum on top of a six gallon bucket. I've filled this bucket up dozens of times and you can see how much sawdust has collected in the actual shop vacuum!

If you're not familiar with cyclone separators you should look them up. Pretty brilliant idea, I have to say.

Here's the basic plan I used: http://woodgears.ca/reader/walters/cyclone.html

The pvc inlet pipe is just glued in place with copious amounts of hot glue.

The orange hose is usually connected to the table saw or the roll-out table, but when I want to clean up the rest of the shop . . .

. . . I have this 35' hose that reaches all corners of my shop. This is actually sold as a pool vacuum hose, but it is exactly the same (minus the fittings) as the orange hose from the last step.

I purchased the orange one several years ago and it came with several fittings, so when I bought the blue one I had the needed fittings to put on it.

I use the blue one primarily for cleaning up around the shop and for vacuuming out my car (the long reach makes this possible without the need to pull the shopvac and cyclone bucket out of the garage).

The photos show how I made a simple storage place for it, right under the table's vise.

I built a second cabinet using the same basic layout as the one for the outfeed table, but with two full extension drawers on top and larger open bays below.

For the top I used the laminate top from an old desk.

One of the drawers now holds all of the hardware boxes I made for this instructable (since I reorganized all of my wall space that had to go, unfortunately).

Part of my workshop overhaul was to build some cabinets to hang on the wall. These have been great for storing all kind of fasteners, finishing supplies, and other miscellaneous things.

The building of these are covered in full detail in an instructable of their own: Easy workshop cabinets

Another new addition to my shop is this mobile tool cart that holds my jointer and planer.

This has it's own instructable as well: Simple workshop cart (with hidden drawer)

These are my hanging shelves which were built to take full advantage of every foot of space in my garage.

I'm not including a lot of written detail on these, but figured I'd share some photos with a couple of notes for anyone that might be interested.

They are extremely useful and were well worth the effort to put them up.

This is a great way to make a pretty quick and simple lumber storage rack.

I'm not sure where the idea originated or who all I ought to give credit to, but I saw a nice tutorial on this style of rack from the Wood Whisperer.

See photo notes for details on how this was made.

See photo notes for details on a few more features from around my garage.

Hopefully you're inspired to go forth and overhaul your own garage workshop, and organize it into the creative space you've always dreamed of.

Thanks again for taking a look at this. I hope you've found some of these ideas useful!