Vinyl Logo Design by Youth

When you are a kid, you reach this point where you think you hold the barometer of cool. I know I thought I had it all figured out. “That kid is cool because he has those shoes….” “That girl is cool because she has that kind of backpack.” One group of people I couldn’t understand as a kid were the gear-heads. They talked engines, cc’s, rpms, and other things that were foreign to me. Since I didn’t understand, I mostly thought what they talked about was dumb and useless. When I caught the maker bug, I realized the fallacy in my pattern of thought. The unknown became more intriguing, and those who were wired differently became valuable.

Here at school, I recognize that many of those same judgments still happen. The sports people are esteemed. The smart people are criticized for doing too well. And the tech squad is treated with so much ambivalence. This is a post to give those guys some credit. They are makers as much as the next…

So Skylar in 12th grade is a metal guy. No we are not talking dark, loud music. We are talking about metal fabrication. The kid loves to weld. He is most at home working in the shop, tinkering with heated metal. He loves cars, and his crew of friends have been customizing vehicles.

The story comes together for me when Skylar asks about making a vinyl decal for their group. They are called the Misfit Mulisha. As Skylar says about their name, “Misfits cause we tend to have different taste and styles then everyone else.”

So Skylar sketched up a logo for their group. It was just a simple pencil and paper drawing:

Misfit Cropped

From there, we took a picture of the drawing. Then with a jpeg of the drawing, we transferred the image into Cricut. We cleaned it up a little bit, and within moments we were popping out vinyl decals for each of the vehicles. As Skylar says, “[We are a] Group of friends that hangout and help each other work on each others trucks and cars. [We] Like going to car shows and cruising around together.”

Here are some great shots of the decals in place, and also some great shots of true makers.

14012718_1239012086131369_2056746942_o 13705283_960747612223_879179961_n 13575546_1211489935550251_601877136_o 12548902_1135348273164418_6566477301592505275_n 13686670_1229701657062412_878252366178271298_n 1461843_861529390546309_299015782063433829_n 14001720_1239012522797992_1294451134_o 13950509_1239012369464674_1374751968_o 13940181_1239012306131347_1300141560_o

Ian Snyder is a science teacher and 3D printing coach at Northumberland Christian School. He also runs a makerspace at The Refuge. Ian is one of our 2015 Perpetual Innovation Fund recipients and will be sharing more updates throughout the year. You can follow him on Twitter @ateachr or catch some shots on Instagram at mriansnyder. Read more from Ian…

Makerettes Screen Print with Vinyl

For the past few weeks our Makerettes have been experimenting with screen printing with vinyl.  We had a lot of fun creating images, seeing them cut on the vinyl cutters, and, ultimately, transferring our designs to t-shirts. 


Vector Design:

There are several ways to design an image so that it will cut on a vinyl cutter. In essence, you want to create a file that the machine can understand as paths for it to trace with a blade. You can these paths (vectors) directly by using programs like Inkscape (free) or Illustrator (subscription-based). There are also ways to take regular (bitmap) images and convert them into this vector format. For instance, we used an Autodesk app called Vectorize It to convert photos we took of hand-drawn designs. We then converted our vector files to AutoCAD Interchange Format (.DXF) so that Silhouette Studio (free software that controls our vinyl cutter) could translate our paths and turn it into motion.

[box] Note:  Autodesk Vectorize It is no longer available. This product, Vector Magic, will do the same thing. [/box]


Vinyl Cutting

Once we finished designing and generating our cut files, we turned to our vinyl cutter (a Silhouette Cameo). This cutter is essentially a machine with a blade that moves back and forth along an x-axis and rollers that feed material forward and backwards along the y-axis. This range of motion allows us to cut (or plot) anywhere within the range of the material we feed into it. In general, we cut our vinyl in to 12×12 inch squares or smaller because they fit on our cutting mat that way. Once our designs were cut into the vinyl, we removed the pieces that corresponded to areas where we wanted ink to show up.


Screen Printing:

Once our vinyl was prepped (weeded) properly, we applied it to our screens (on the side not in contact with our fabric). Initially when we first started this process, we used embroidery hoops to hold the silkscreen in place. Our friends over in the NanoLab used this method and it worked great for screen printing at a smaller scale. The smallest hoops (5-6 inches) held the fabric in place really well, but the larger ones (10-12 inches) were too loose. When the silk is too loose, it’s harder to keep it in contact with the surface you’re printing on and the the edges of your design tend to bleed. At first we ended up applying the vinyl directly to our t-shirts and using it as a stencil to paint in our designs by hand. It wasn’t what we set out to do, and we couldn’t reuse the vinyl, but we still got some cool looking results.


At our next meeting, we used store-bought silkscreens ($15-20), but one could easily stretch the silk over picture frames or canvas stretchers for much cheaper. Having the fabric taught made a huge difference and we were able to get really great results from pulling the ink (Speedball acrylic silkscreen ink) across the screen surface. This also allowed us to get multiple shirts from one piece of cut vinyl. Generally, I’ve found that the vinyl stays stuck on the surface of the screen for somewhere between ten and twenty prints. After that, the vinyl’s adhesive will wear out from the moisture in the ink and you have to reapply it.


Even though we drastically improved our methods for silkscreening, we still had fun using the vinyl as a stencil directly on the fabric. Some of our youth got really great looking effects from using multiple colors of fabric paint inside the boundaries of this stencil.


I was so excited to experiment with this process and even more thrilled by the enthusiasm our youth showed for it. I can’t wait to see what they keep making with these tools in the future!