A DIY Microscope for a Micro-Price
Zacharias Janssen, the inventor of the microscope, would have been jealous of how cheap and easy we can now build his invention. 3D printing offers just that, affordability and efficiency.
Zacharias Janssen, the inventor of the microscope, would have been jealous of how cheap and easy we can now build his invention. 3D printing offers just that, affordability and efficiency.
The Tested team took a look at the prototype of Form Cell, which allows SLA printers to run nearly nonstop and fully automated.
3D Printing might be a new concept when it comes to fishing needs, but the proof is in the pudding.
A Texas-based maker has created a worthwhile device, it cuts down monotonous grinding during the gemstone production process.
Using your fingers to control your fidget spinner has become old news, now there is a device that will automatically spin it for you.
What could be better than a fidget spinner? How about a Zoetrope Fidget Spinner that shows animated silhouettes?
It’s hard to find something that people have not already done when it comes to fidget spinners, but there are two 13-year-olds from Virginia making money and a spinner that weighs a whopping 33 pounds plus.
Thanks to a breakthrough in bio-printing and infertility treatment, in the next couple of years these new approaches may be used on people.
How cool would it be to make your prototype or an interactive toy touch sensitive? The following is going to explain a cheap and straightforward way to do this. It is suitable for almost every shape and for different materials, which can be combined with different computer and mobile applications.
Wanting to use all the different materials 3D printing has to offer is very common after learning how to use your 3D printer. Plastic, wood, paper, metal, and glass are some of the materials available, but what about MEAT? Thanks to a group of enthusiastic Aussies, now you can.
Belgian company Tripodmaker launched a 3D printed rocket into space.
Width, height, and depth, also know as the three dimensions are the common parameters for any object in our reality. Instead of printing in these three dimensions, what if we added the 4th dimension to the printing process?