Aside from replicating your phone’s screen, it is also able to detect movements and inputs. It’s all built around a tiny projector stashed inside the wristband.
#Cricket 3d bracelet full
But instead of focusing on physical activity, this wristband brings full smartphone functionality to your arm. Visually, it looks a lot like Jawbone’s UP24 fitness tracker. Just make sure to scale it back down before exporting.Originally detailed back in 2014, Cicret has been developed over the course of the last few years. There are probably others, and it might even be possible to do this in sketchup without a plugin, but I found these to be the easiest to use.Īlso I've noticed when using plugins in Google Sketchup it's best to work at a large enough scale (sketchup doesn't like small models) so you may need to scale the model up while working on it so there are less errors/weird things happening to your model. For my framework and connecting members I used the following plugins:
#Cricket 3d bracelet install
Just a note to anyone who has started using Google Sketchup- you've probably noticed the software is pretty limited and at some point you'll get to a point where you need to install some plugins in order to do what you want (or to do it faster). This was so that when the connecting members were drawn in, it would suggest an irregular surface.
While each of these frames had the same number of points, the location of the points varied.
#Cricket 3d bracelet series
While there are several ways to model that, the way I settled on was to create a series of frames set at an equal distant apart.
With this design I wanted something that was faceted but irregular. It consists of basically two systems- the framework, and the connecting members. While the Faceted Cuff might look complex at first glance, when you break the model down it's actually pretty simple. Though there are endless possibilities for what kind of 3D Printed jewelry you can create, I'm going to focus on one of my bracelet designs - the Faceted Cuff. So if you can express a design in a limited amount of material, even if that design is extremely complicated it would still be cheaper than printing a solid box of the same dimensions. You should also keep in mind that with 3D Printing, price is not based on the complexity of the model but on volume. It requires a clean continuous model with no holes in order to be able to print an object layer by layer. A 3D printer uses a similar concept except that it takes 3d information (x, y, and z) and "prints" it. If you think of the printer you have in your home or office, that piece of equipment takes 2D information (x and y) and prints it out on paper. Lastly you'll just need a basic grasp of how 3d printing works. I've used Shapeways and Ponoko but a simple google search should give you several options. Third you'll need to find a 3D printing service (unless you're lucky enough to own your own 3d Printer). Right now I'm using Google Sketchup because it was easy to learn, works on a Mac, and. Next you'll need to decide on a software that can export files that are usable for 3d Printing. I tend to sketch a lot before I jump right into 3d modeling. 3D Printers (and 3D modeling) allow you to create irregular complex shapes and- as long as you follow some basic guidelines- are able to print those shapes layer by layer almost as easily as it would a box.īefore we go any further I should clarify what is involved and what is needed in 3D Printing your own jewelry.įirst of course you'll need an idea for what you would like to design. The idea for the Faceted Cuff stemmed from the fact that (similar to a trend in architecture) forms no longer needed to be limited to simple, repetitive, regular forms. I started designing jewelry and recently came up with the Faceted Cuff. Well fast-forward only 5 or 6 years to when I stumbled upon a website for a company that offered 3d printing to anyone with a 3d printable design, in a variety of (non-crumbly) materials. I remember staring down at my fragile, crumbling model thinking- this technology is limited right now but I bet in 10 years it will be pretty amazing. I have a background in architecture and once used 3d Printing in grad school for an architectural model. This instructable requires at least a beginner's level in 3D modeling although it should be easy enough to follow along even if you've never modeled anything before.
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