Sign up to our newsletter and stay on top of our latest blog posts.
Valentine's day is approaching fast. If you are still looking for a last-minute, yet creative gift, don't despair! We might just have the solution for you: a 3D printable Valentine's gift in the form of a heart-shaped bookmark.Continue reading
What can you do with a 3D printer today? There is a whole lot of misinformation out there: technology-oblivious and badly informed people will readily try to convince you that you can print “anything” with a 3D printer. While that argument is easily disproven, the category of 3D printing opponents (i.e. those that cannot or do not want to recognize the usefulness of this technology) seems more difficult to convince. They argue that especially FDM printing (i.e. the most commonly encountered type of 3D printing) only serves to make trinkets or toys and that it is hardly ever used to produce something truly useful or artistic.
Today we have the pleasure to bring you yet another great guest contribution: this time, Jim Rodda shows you how to create your own 3D printed jewelry. Learn how Jim uses heat deformation to shape a 3D print that was printed flat into a ring that fits snugly onto your finger. All the 3D model files used in this tutorial have been thrown in for free! Read on, go grab the 3D model files and print your own, unique ring.
About a year ago, I published a tutorial on how to create 3D printed cookie cutters with seasonal motifs. While that tutorial proved very popular it had one shortcoming in the sense that it required you to have the Rhino software package in case you wanted to follow the step-by-step instructions. Hence why I decided to create new instructions but this time using free, open-source software 3D modeling software. Follow along and create your own unique and customized cookie cutters.
We have recently been contacted by Shusuke Osanai, a computer graphics designer from Tokyo, Japan. Shusuke recently produced a stunning piece of art that is 3D printed, though that is not obvious at first sight. This certainly got him our attention as we were keen to find out more about how he had created this sculpture that was also showcased at the Tokyo Designers Week 2014.
Just in time for Halloween, we wanted to publish a 3D printing tutorial on how to make scary glow-in-the-dark ghosts fridge magnets. This tutorial is super easy to follow and is aimed at total beginners to 3D printing. Of course, more experienced users are welcome to try it out too. This detailed tutorial includes the following steps: (1) sourcing your ghost files, (2) preparing your prints in the slicing software, (3) preparing your printer (tips&tricks), (4) printing your ghosts and (5) adding the magnets.
The June 3D Print of the Month is different than those of the previous months: I had the chance to borrow a Form1 3D printer from a friend and I have been putting it through its paces over the last few weeks. Naturally, I also used the Form1 to print the 3D print of June, a Yoda shaped vase.
We have recently been contacted by Jonatan Domènech Arboleda, a student from the School of Industrial and Aeronautic Engineering of Terrassa (part of the Universitat Politècnica de Catalunya, Spain). Jonatan has just completed a remarkable project, a 100% 3D printed Unmanned Aerial Vehicle (UAV) also known as the Barcelona UAV.
It’s end of May, spring is here, trees have leaves and flowers are blooming. It is a beautiful time of the year and nature provides plenty of inspiration, also for the 3D print of May 2014: a 3D printed flower bouquet. This striking and unique 3D print really is a refreshing change compared to the more technical or functional objects that are typically featured in our 3D print of month series.
Another month gone by, time for the next 3D printing project. The 3D print of April 2014 is an interesting and practical two piece print: a nutcracker. What makes this print more challenging is that the two pieces need to fit together by the means of a thread which obviously requires a fair amount of precision in order to work properly.