Category Archives: Party Equipment

Update on 3D Printed Tap Handles

First round of prototypes sold out!

Check the original 3D Printed Tap Handles thread for current info.  I will be offering more at the normal price at the same time that STL files are available for download.

This is a quick post for all of the followers of this site to let them know that I now have a link on the first post for the 3D Printed Tap Handles that allows the purchase of a printed tap handle.

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Want to buy one?

I’m starting with a limited run of 10 prototype level tap handles for $35 (including priority USPS shipping) as pictured at the bottom of this post.  Everyone should understand what cosmetic quality one should expect from a 3D printed part and the pictures on this post I feel do a sufficient job of it.  I will also offer as an added benefit for these first prototype tap handles, customized text on the side, instead of the fermware.com logo.  It looks like approximately 18 characters would fit.  I would of course let you approve a rendering first.  If you want a real logo, I can’t guarantee it will come out ok, but I can try.  The text I’ve got on the tap handle now, is about the smallest I would want to go and have it look nice.

Lead time from the date of order could be up to two weeks.

If feedback is positive, I’ll offer more for sale at a higher price that better reflects the work put into these tap handles.  Further down the line, I will offer the STL files for free for those that have their own 3D printers.

Us the link below to purchase via PayPal.  Shipping to the US only at this price.  If you live outside the US, contact me through the contact link in the top menu bar of the site.

3D Printed Tap Handles

Have you always had that idea, but just didn’t know how to make it or didn’t have the funds to purchase an entire machine shop?

Well with recent advances in rapid prototyping technology and the expiration of some key patents, the availability of so-called 3D printers has exploded.

In this post, I’ll show you how I put mine to good use for my beer dispensing by designing and printing a tap handle.

Difficulty: level_5

Due to the investment in a 3D printer and the amount of time it takes to get one dialed in and making parts, this one gets a high difficulty rating.

You also must posses some CAD design skills to generate the required files to send to the 3D printer.

Time Required:

I can’t really put a time on this one.  It’s really a labor of love.

For the print time only, this particular handle took about 11 hours of print time.

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Cost:

$300 to $3000 depending on how nice of a printer you want to get.

Required:

3D Printer

Ever since I first saw my first rapid prototyping machine in college and then to a greater extent, seeing that this technology was nearly affordable for a DIY person like me, I’ve had a child-like fascination with these awesome machines.  It may sound goofy, but I’ve got the same level of amazement that I did when my Dad bought our first computer in the early ’80s and I was able to type my name and have it appear on our television.

I got the Flashforge Creator and I am very happy with it.  It had the right balance of cost, dual-extruders, reliability, non-proprietary filament and has required me to do a little bit of tinkering that has allowed me to better understand the capabilities 3D printers.

CAD Software

I use SolidWorks, but there are plenty of different paid packages as well as some free ones.  I won’t even begin to list them here, but some good research will turn up what you want.

Designing:

To print something, you must first have some sort of solid model.  I had the idea that I would make something that would be extremely difficult to make out of wood, metal or other material.  The beer geek in me also thought to go with the theme of beer ingredients.

Water + Barley + Hops + Yeast = Beer (the beer being real beer dispensing from the faucet)

 

016-WBHY_v3 CAD

Printing:

This was mid-process in printing my first version of the tap handle.  I wasn’t confident that I could print the logo in the handle in a different color at the same time.  I printed a separate plaque that I would glue on later.  I was still learning and I still learn something new every time I use the thing.

016-WBHY_v1 getting printed

This is my second version where I was able to successfully print the letters vertically.

016 - Handle on print bed

I had to print the other parts separately and glue them in later.

016 - ready to glue

016 - WBHY Handle v3 - yeast flask

Version 3 is shown above.  I experimented with clear filament and was able to make a yeast starter flask instead of the boring one color flask.  All WBHY tap handles will have the this flask from now on.  I was also able to remove the gaps in the hop cone.  That looks much better now too.

3D printers are awesome, but they are still far away from being able to print everything usable.  I chose to use press-in inserts for the threading.

1. I didn’t think that the plastic threads would be durable enough

2. I didn’t think that the threads would be dimensionally correct

016 - brass insert

Here is my first version that I used for our Strausstoberfest party.

016-WBHY_v1 3_4 view

Whats next?

Your imagination is the limit…..

Want to build one?

The intention in making these files downloadable and free is for people to make this themselves or modify/improve the design to suit them.

Go to Thingiverse to download the STL files and build your own.

http://www.thingiverse.com/thing:542537

Don’t have a Thingiverse account?

If you don’t have a Thingiverse account or have no interest in creating one, you can download the CAD files & Templates by subscribing using the form below:
Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.

By clicking on the download, you agree to the terms of this license and to be added to the awesome fermware.com subscriber list. Don’t worry, you won’t receive a bunch of trub in your inbox.
[lab_subscriber_download_form download_id=25]

If you are interested in this for commercial purposes (i.e. you want to make money on my effort), I’m flattered, but please contact me first.

Don’t have a printer and want to buy one?

I’m offering a printing and assembly service for $47 (including free shipping) for those that don’t have a 3D printer and would like a tap handle.

Everyone should understand what cosmetic quality one should expect from a 3D printed part and the pictures on this post I feel, do a sufficient job of it.  I will not do any finishing work on the tap handles.  I feel that the as-printed look is part of the charm of these parts.

I can offer customized text.  It looks like approximately 18 characters would fit.  I would of course let you approve a rendering first.  The text I’ve got on the tap handle now, is about the smallest I would want to go and have it look nice.

If you have a custom logo or artwork you want on a tap handle, the best thing to have is CAD friendly file formats such as DXF, DWG or some other native CAD file format.
I can accept a certain amount of customization (colors, fonts or wording), but for anything beyond that, please contact me for a custom quote.

I can now also customize the color of the plus and equal symbols.

My preferred logo/text method on the sides is now plaques as shown below.  They print much better and also allow two color logos.

016-customer - Linkenbrau

If you want ideas, check out my Gallery of Customer 3D Printed Tap Handles showing some of the tap handles already made for customers.

I also take custom orders, such as the kombucha tap handle I did for Pekoe Kombucha Bar in Toronto, ON.

Lead time from the date of order could be up to three weeks.

Use the link below to purchase for $47 via PayPal.  Shipping to the US only at this price.  If you live outside the US, contact me through the contact link in the top menu bar of the site.

Buy Now Button

016 - WBHY Handle v3

Mein Bierwagen Part 6 – Storage of the Bierwagen

The party is over and now you’ve got this gigantic Bierwagen sitting in your garage.  Where am I going to put this?  This post will show you my solution and maybe help you on where to put yours.

Difficulty: level_3

This project just requires some basic building skills, but you might need some help getting the keezer onto the Bierwagen.

Posts for this Project:

Part 1: Introduction
Part 2: Building of the frame
Part 3: Bicycle wheel attachment
Part 4: Getting the keezer onto the Bierwagen
Part 5: Keezer collar
Part 6: Storage of the Bierwagen (this post)

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Overview:

At first I was thinking I would completely disassemble the Bierwagen into it’s independent pieces, but then I’d have to reassemble it again next year.  The thing is huge, so I’ve got to put it somewhere and I am not parking outside and scraping ice this winter.  I thought about a few different options, but settled on storing under my deck.  All I would have to do is remove the panels and then I’d have a nice little nook to slide it into.

What to do:

First you need to get your keezer off of the Bierwagen of course.  Then you’ll need to remove the wheels and get them back on your bikes.

015-4 - Right wheel in place

Remove the legs (of course they are already off, since you unloaded the keezer).

015-6 - Reinstallation of legs 2

 

Then here is the next trick.  So that it takes up the least amount of space possible, I then re-attached the legs to the central section of the Bierwagen as shown in the pictures.

015-6 - Legs in place

Nice and flat and ready to go under my deck.

015-6 - Ready for storage

The first year for the Bierwagen, it was not painted.  I just covered it with some tarps underneath the deck and when I pulled it out, it did have some mold and mildew on it.  I just wiped the easy stuff off, then sprayed a water/bleach solution on it and left it out in the sun to dry and kill off the buggers.  For 2012, I decided to stain and seal it before the party.  When I pulled it out the next year, all it required was a little rinse with the hose and a dry in the sun again.  Good to go!

I know some of you will want to rub the thing down with some PBW followed with a soak in some Starsan!

The following pictures are actually from me pulling it out from underneath my deck this year.  The lower part of my deck is enclosed by more planks of decking.  I simply removed a section of them to slide the cart underneath.

015-6 - Resting area

 

It did ok this year, but the last minute rigging of strings did not hold the tarp in place.  I think this year, I’ll double it up and run some screws through it to keep it in place.

015-6 - waking up

015-6 - Ready for storage 2

The End…

I hope you’ve enjoyed reading about this project.  Please feel free to leave a comment or ask questions if you get stuck on your build.

Prost!

Posts for this Project:

Part 1: Introduction
Part 2: Building of the frame
Part 3: Bicycle wheel attachment
Part 4: Getting the keezer onto the Bierwagen
Part 5: Keezer collar
Part 6: Storage of the Bierwagen (this post)