Lumi Industries continues to innovate in the development of 3D printers and related products. With the announcement of the new PicoFAB 3D printer, the Italy-headquartered manufacturer, founded in 2014, is offering users a resin 3D printer priced at under 150 euros—promising the ability to create functional parts with exceptional detail—along with a complete solution in 3D printing, cleaning, and curing.
In a press release just sent to 3DPrint.com, the Lumi team explains that the PicoFAB is designed for use in a wide range of applications and is affordable to all because of the new compact engine they have developed. While this 3D printer was not created for large parts or high-volume production, it offers the benefits of affordability and fabrication of parts with high detail.
The PicoFAB 3D features a print volume of 24x24mm, 50mm height, 100um horizontal resolution and 25-50um Z resolution. Both light shielding and air filtering are available, although the outer design is still undergoing final development as the printer will not be offered to the public for approximately another month.
With this latest Lumi printer, research labs can experiment with more expensive resins since they only must use a small amount during testing (15-20ml). Jewelry designers can create rings, earrings, cufflinks, watches, and more. Nozzles, heatsinks, and other parts can be created. Designers can also create miniatures up to 50mm.
Dental labs can use the PicoFAB to their advantage in producing crowns and smaller bridges (up to four elements) with dental resins onsite:
“Using this 3D printer for small jobs allows the user to use expensive mills / 3D printers for more complex jobs maximizing the efficiency of them,” says the Lumi team in their press release. “The PicoFAB works with all 405nm commercial resins and curing time per layer can be as low as 3s for a 50um layer. An experimental version for 385nm resins is also being tested.”
Users can also purchase (at the same cost as PicoFAB) the picoCLEAN solution meant for both pre-cleaning and cleaning, with the following features:
- Removable liquid cleaning containers
- Magnetic stirring with RPM measurement
- Ability to handle delicate parts
- Programmable modes
PicoCURE is now also available for the post-curing of parts, allowing the user to choose the amount of time necessary and the mode. This system also comes with UV LEDs and a rotating base.
The team at Lumi says the PicoFab will be the focus of a Kickstarter campaign ‘within a month,’ and they will be making the printer available both in kit form or as an assembled product, with the accompanying products, PicoCLEAN and PicoCURE. Lumi will also be offering other materials like resins for dental applications, casting, fabrication of functional parts and models, and more for cleaning. Follow PicoFAB on Facebook to find out more about their release date for the PicoFAB 3D printer.
Over the years Lumi Industries has continued to promote new developments and releases, mainly featuring DLP and LED 3D printing. What do you think of this news? Let us know your thoughts; join the discussion of this and other 3D printing topics at 3DPrintBoard.com.
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.
You May Also Like
AMS 2023: The Only 3D Printing Event in New York Begins with Metal AM Discussion
Additive Manufacturing Strategies (AMS) 2023 has kicked off its annual 3D printing event in New York, introducing new speakers and interactive discussions on important topics like challenges in metal AM...
Driven by Quality: Enabling 3D Printing in Industrial Serial Production – AMS Speaker Spotlight
As the world of 3D printing continues to evolve and new technologies and more and more professional materials emerge, it’s clear that 3D printing is quickly making its way into...
$3.3M to Fund Neighborhood of Bio-Based 3D Printed Homes in Maine
Penquis, a Maine nonprofit that provides assistance to individuals struggling with poverty, has received $3.3 million to develop the BioHome3D concept, designed at the University of Maine (UM), into a...
Velo3D Validates Distributed 3D Printing for Oil and Gas
One of the competitive edges inherent in additive manufacturing (AM) that giant global corporate operations seem most intrigued by is the potential to create distributed supply chains. At the same...