If you brew your own beer you probably also face the "problem" (if you can call it that) of a constantly changing beer line-up. So the ideal solution would allow you to keep your branding consistent while allowing you to alter the specifics of what's on tap.
In this project we will show you how to build your own "quick-change" tap handle plaques that will allow you to display the variety of beer currently on-tap while retaining the overall aesthetic of the brand.
Step 1: The Plan
One of the beauties of brewing beer at home and serving it up in your own kegerator is that you can experiment with different brews. After brewing a couple of batches you begin to realize that you probably won't be brewing the same beer over and over again; the fun and challenge comes from brewing different varieties. But how are you to keep track of the wonderous new varieties of beer?
Version 1.0 of the brew labelling system was a magnetic photo holder attached to the kegerator. The inserted card stock could be swapped whenever a new beer was introduced. This solution was good, but was it Instructables good? As with any project, once you pass the proof-of-concept stage, inevitably you begin to think of how it can look better, work better or be generally more polished. The idea to create the quick-change tap handle plaque came from this original concept.
The idea for the plaque is to create several layers that build up the design in 3D giving it a dynamic appearance. The layers are made of lexan backed with translucent adhesive inkjet printing label and sealed with sign-makers vinyl. The design is actually printed in reverse and affixed to the back of the lexan design. Check out the images below to see what we had in mind as we set out.
Step 2: Materials
L - brackets (Home Depot)
These will be used to mount the plaque to the tap. The set we grabbed were in a four pack from Home Depot, but any hardware store should carry something similar. If you're looking for a part number we used the Stanley 30-3490 Zinc plated corner braces.
Lexan (Home Depot)
Again from Home Depot, we used a sheet of 1/4" Lexan. I didn't measure the dimensions beforehand but it's labeled XL102UV.
Glossy Inkjet paper (Dollarama)
You can get inkjet paper anywhere you want. If you have an inkjet printer, you probably have some right now. We picked some up from Dollarama, because at a dollar a pop you can't really go wrong.
Translucent adhesive inkjet printing label "Clear Fullsheet Labels (Staples)"
This was probably the most expensive piece of the lot. It was something like $30 for the 25 pack we picked up from staples. If you look around you might be able to find something for less. Keep in mind that with this 25 pack you'll only end up using like 3 sheets at most. These lables are more translucent than "clear" as they have a powdery coating that allows the ink to adhere to the surface of the sheet. If you want completely clear or transparent film you will have to use the Laser printer equivalent of these lables. (Avery Label #08665).
Vinyl backing (Local print shop)
Pictured below, this stuff comes on a roll, and some places will let you buy it by the foot. I went in to a local sign / print shop and just talked to the guy there who sold me a couple of feet for $5.
Double stick tape (Dollarama)
Once again this was from Dollarama, where it was in the craft / scrap booking section. Again you can probably find it in any one of a number of places, from hardware stores to craft shops.The stuff we used was about 1/4" wide, which was perfect. You might be able to use something wider and cut it down to size. But for the sake of a dollar it hardly seems worth the effort.
Nuts and bolts (Kicking around / Home Depot or CanTire)
These will be used to connect the plaques to the L-brackets. Again, you can find these at any hardware store. We used 8 nuts and 4 bolts in total. The bolts were 6/32 X 3/4" (although 1/2" would've been plenty) it's important to use bolts that are countersunk so that they can lay flush with the surface of the plexiglass.
Masking tape (anywhere)
If you're on instructables you have masking tape.
Microfiber cloth (Dollarama)
We'll use this to polish the Lexan once we're all done cutting it up. We found ours at the Dollarama once again, but they are available in many places. If you have an iPod or glasses they probably came with one.
You weren't going to attempt this without a cold one were you?
Step 3: Tools
Drill and / or drill press
While a steady hand and a drill will probably do the trick, a drill press is always a nicer option when it's available.
We used this to cut the L-brackets down to size.
You'll be printing off various labels and transparencies, so an inkjet is pretty much a must.
We had both a Dremmel and a Kawasaki model. We ended up mostly using the Kawasaki, because of the extension attachment, but any rotary tool will probably do the job.
We used a variety of rotary attachments. I'm not sure what they're all named, but hopefully between my description and the pictures you can sort it out:
- flex tube
- alright I can't even guess what these little ones are called
Just regular paper cutting scissors, nothing fancy.
We used a bench clamp to hold another clamp. Other configurations are possible, but this was handy. At times we used the clamp to hold the plexiglass, and at others to hold the rotary tool. See the shot below for the clamp holding a clamp holding the rotary extension.
Just a run of the mill box cutter.
Masks and goggles
Little flakes of plexiglass are going to be going everywhere. A mask and goggles would be well advised. Who knows what that stuff would do in your lungs.
Again with the plexiglass dust. It's going to go everywhere, be prepared.
Step 4: Create the Brackets
The location of the holes as manufactured wasn't right for the distance I needed the plaque to be from the tap handle. As a result, an additional hole was needed. As luck would have it I found that drilling a new hole directly between the two existing holes (on top of the word Stanley for me) was pretty much exactly where I wanted it.
Since the hole has to fit over the existing tap screws you may want to gradually expand it until you find the right size. Unfortunately I don't remember the exact size of the bit I ended on.
After the hole was drilled, I used a hacksaw to remove the back of the bracket, no sense in having a bit of metal bulging out the back of the tap. For those with smaller tap handles, you may need to cut in even closer, and possibly use a grinder to give it a nice rounded edge. In my case however it all disapears under the handle, so I took the lazy route.
Step 5: Create the Logo
In our case we took great care to identify the generic iconography that constitutes a typical beer logo. A quick google image search showed us the following are the main elements that will give you that beery look:
- A sylized beer barrel
- Wheat Sheafs
- A wavy banner
- A star or a crown (or both)
- Pompous looking latin text
- Coin or coins
Beer Plaque treatment of logo
The concept drawing wasn't entirely transferable to the plaque execution, so we had to do some redesigning. You'll see that for the final design we decided to remove some of the elements and reuse some of the elements so that they would be easier to render in Lexan.
You may want to create your own plaque design, however if you want to reuse our template feel free. The source Photoshop document (PSD) file is included and you can use for non-commercial purposes (remix, share-alike yada yada). You may also find this file useful to dissect and see how we set up the layers. The layers in the files were separated and set up with bleeds before printing to the translucent film.
If you attempt your own plaque you probably should have some clue about how to wield Photoshop (or any other layers based image editing program). The finer points of the logo creation are probably outside the scope of this Instructable.
Step 6: Create Jigs
We created the following jigs (one for each lexan layer):
- Barrel shape, no frills (aka back plate Step 13)
- Barrel with frills
- top furl of wavy banner
Have a look at the video to see how we created our jigs from the source file.
(as mentioned before, we assume you know a little about Photoshop)
Step 7: Apply Jigs to Lexan
Step 8: Cut the Lexan
To start out with we just want to get a very broad cut around the shape. This way you won't have the entire sheet of lexan cluttering your space.
Now that we have a more manageable piece to work with we use the small rotary tool bits to slowly cut around the shape as close as possible. But remember, just as in kindergarten it's important not to cut inside the lines.
We found that it worked well to move a couple of centimeters forward, and then run the bit back over your work. The rotary tool has a tendency to melt the lexan, so the spot you just cut can end up sealed back up. The back a forth cutting should help clean this out.
Pay particular attention when in tight corners, like around the banner. You're not going to be able to do as much work in the "grinding down" phase in these tight spots.
By this point you should have a shape cut out that makes a reasonable approximation of your desired final shape. Now we'll use a grinding bit on the rotary tool to get down very precisely to the outline.
We found it worked best at this stage to hold the rotary tool stationary in the clamp, and move around the shape itself.
Next we used a series of attachments in order to buff the edge down to as smooth a line as possible. We probably went a bit overboard with all of the attachments we used, and I can't even begin to list all of the ones we tried.
A good idea would be to take a small piece of scrap lexan (perhaps the excess created during the "Cutting Closer" stage) and try out a few techniques until you find a combination you like.
If you check out the pictures below you should see shots of all the bits we settled on.
Once we'd buffed the edges down, we removed the protective paper from the lexan sheet. At this stage you may see some excess material around the edge that was obscured by the paper. We used a box cutter to remove this excess material.
In some cases we found it useful to do a bit more buffing after the excess and paper were removed. You'll probably know from a simple visual inspection whether this is necessary.
Step 9: Create Backing Images on Transparent Labels
Step 10: Apply Transparency Images to Lexan
Step 11: Apply Vinyl Backing Behind the Transparencies
Step 12: Create Layer-1-and-2 Sub-assembly
Get layer one ready to attach to layer 2. Make sure you take some time to line these up because the doublesided tape is STICK-Y and will rip if you try to remove it after adhesion. Essentially if you don't get it on the first try you will have to peel the tape off of both surfaces (probably with a solvent). We wouldn't know, we got it on the first try... SUCKAS!!
Step 13: Create the Back Plate
Using the drill press (or failing that, a hand drill and a steady hand) place a hole at the two locations that were marked off.
Next we want to bevel the holes, so that the bolt sinks down in the Lexan rather than protruding. Use a counter sink bit to create a nice beveled indent that the bolt can sink into. We're going to be placing the vinyl over the head of the bolt, so try and get it as level as possible. Remember, you can always drill a little more if it's not deep enough, but you can't undrill.
Once the bolts are in place you can attach a nut on there. It will act as a standoff to keep the plaque from being pressed right up against the bracket.
Finally we're going to apply some of the vinyl backing to the back plate. The vinyl will be placed on the front of the plate which will give you a nice white background for the rest of the plaque to work against, as well as conceal the heads of the bolts. the vinyl also prevents the removable insert card from getting caught up on the heads of the bolts when you are swapping brands.
Step 14: Assembly
On the backing plate, using the double sided tape, create a "cup" or a ledge around the bottom half. In addition to attaching the above assembly to the backing plate, this ledge is what will cradle the removable insert card when the assembly is complete. The thickness of the foam tape provides more than enough clearance to accommodate a 100lb card stock.
Sandwich together the layer-1-and-2 sub assembly (from step 12) and the back plate to form the completed assembly.
Step 15: Attach Completed Assembly to the L-Bracket
Now add another nut onto each of the bolts to hold the plaque onto the L-Bracket (the other one should now be acting as a standoff between the plaque and the bracket).
Finally attach the L-Bracket onto your tap handle, and your tap handle onto your tap!
Step 16: The Finished Product
If you make your own plaques (or have already) leave a comment with a link to your photoset, we'd love to see what other people have done.