Hi Res Home 3D Printer Update

Hi Res Home 3D Printer UpdateWe’re perusing Junior Veloso’s blog – he’s the fellow who’s developing a very high-resolution personal 3D printer. The device is quite different from most home RepRap-derived 3D printers in that it doesn’t heat and extrude plastic. Instead, Veloso’s printer uses light to solidify resin, layer by layer. The results are pretty amazing – click the image to see the full size close-up image. 
This approach has several advantages: 
  • Each layer can be created all at once, as opposed to extrusion-based printers that must mechanically trace all print areas. This makes the print process run quickly
  • The resolution can be much higher because it’s limited by the focal ability of the light projector and the resin’s speed of solidification rather than the mechanical movements of an extruder
But there may be some disadvantages as well: 
  • The cost of the resin is said to be high, but may drop when demand increases
  • “Wet” printing can be messier than “dry” extrusion, where there’s nothing to spill or drip
Veloso indicates he’s interested in developing this concept into a mostly open source concept, with some him providing certain key components. He’s attempting to procure a patent that should protect him from lawsuits – if his approach has not already been patented by an existing manufacturer. 
We’re wondering how this may play out. If we look at the example of RepRap, their technology breakthroughs spurred the development of many inexpensive 3D printer companies, some of which are growing fast. But could Veloso’s concept share the same result? Could we see several companies built on his tech in the future? If they can produce output like we’re seeing that could be a good thing. 
Share on facebook
Share on twitter
Share on linkedin
Share on pinterest

Email us

Feedback, Tips?

We’ll use the details you provide on this form to contact you regarding your inquiry. You can read our Privacy Policy here.

Be Informed!

Keep up to date on the latest developments in 3D printing and additive manufacturing