When I mention to people that I write about 3D printing, I often get impressed looks and comments like, “Wow, that’s really high-tech!” or “I have no idea how that stuff works.” They’re often surprised when I tell them how accessible it is, especially through sites like Shapeways. Even a quick browse through the user-friendly Shapeways site can be a bit intimidating for someone completely unfamiliar with 3D printing, however. It’s easy to look at the complexity of some of the jewelry, art and housewares and think, “I’d never even know where to start with something like that.” Well, rest easy – Shapeways is now offering an application to help even the greenest 3D printing novices create their own, personalized 3D printed accessories.
The Shapeways Pendant Creator and Keychain Creator are exactly what they sound like – step-by-step tutorials that lead you through the process of creating your own 3D printed pendant or keychain. On a whim, I decided to try it myself.
For all the writing I’ve done about Shapeways, I’ve never actually ordered anything from them, so I figured it was time to change that. I decided to create a pendant using the beginners’ tutorial. First I needed to upload a design. Shapeways suggests you keep it simple, like a black and white shape or pattern; I went with a simple hummingbird silhouette. The site allows you to customize the size and thickness of your pendant, but for the sake of simplicity I decided to stick with the default settings: 30mm, with a 2mm thickness. You can also alter the sharpness of the image, softening the edges if you like, or add a backing, if your piece contains bits that are detached from the main design. Finally, I added a loop for a chain, clicked “create my pendant,” and, within ten seconds, my pendant was ready to order. I selected red polished strong and flexible plastic, placed my order, and was done. The whole thing probably took five minutes, once I settled on a design.
In short, the Pendant Creator and Keychain Creator are pretty nice applications for 3D printing novices. It’s incredibly simple to use, as long as you keep in mind that you’ll need to stick to relatively simple designs. A grayscale option is available for more advanced users, but for the most part it’s very straightforward. It’s inexpensive; my red hummingbird pendant cost me a whopping $2.81 before shipping. I can see it being a great way to introduce kids to 3D printing for the first time, or to allow them to make their own personalized but inexpensive Christmas presents. I may try it again sometime, with a bit more planning ahead, and use something I drew myself instead of Google-image clip art. It’s a fun way to experiment with turning your own art into jewelry without a major commitment of time and money.
Discuss this story here.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
Print Services
Upload your 3D Models and get them printed quickly and efficiently.
You May Also Like
Top 10 3DPrint.com Stories of 2025: Kickstarter, Consumer Goods, Bankruptcy, & More
As Vanesa Listek wrote, last year was a major turning point for additive manufacturing (AM), as the industry is working to sort itself out. Customers want proven use cases and...
Stratasys’ RadioMatrix Could Mark the Beginning of the End for Cadavers in Imaging Training
Stratasys has expanded its radiopaque 3D printing material, RadioMatrix, to full commercial availability in the United States. The move could change medical imaging training by giving hospitals and researchers access...
Axtra3D Brings Full “Axtra Workflow” and New Materials to Formnext 2025
Axtra3D hits Formnext 2025 with a big shift in strategy. The company isn’t just selling printers anymore; it’s selling a complete workflow. At the show, Axtra3D unveiled its new Axtra...
Metalysis, Skyrora & Thermo-Calc to Develop Tanbium Alloy Powder for ESA-Funded Project
Metalysis is to develop Tanbium alloy powder for launch vehicle manufacturer Skyrora. Metalysis uses an FFC solid-state electrolysis process, originally developed at Cambridge University and known as the FFC Cambridge...





















