XYZprinting Nobel Superfine With Rings
The Nobel Superfine and a range of 3D printed jewellery models.
XYZprinting's Nobel Superfine Digital Light Processing 3D Printer was debuted in the UK at TCT Show this week.
Launched earlier this summer, the Nobel Superfine 3D is the company’s fastest and most precise 3D printer to date, using advanced Digital Light Processing (DLP) technology to create layers up to three times thinner than a strand of human hair. XYZprinting says the application of DLP Technology at the affordable price of £2659 makes the printer perfect for jewellers or dentists looking to make high quality moulds
DLP technology uses a digital projector screen to flash a single image of each layer across the whole platform, making it faster to print some parts than Stereolithography (SLA) technology which uses fine lasers to ‘draw’ the print. Unlike Fused Filament Fabrication (FFF) printers, DLP technology prints castable resin and flexible resin creating outstanding print quality at rapid speeds.
The embedded DLP technology means that the printer is capable of achieving an X and Y axis resolution of 50 microns (0.05mm), and a layer thickness (Z-axis resolution) of up to an incredible 25 microns (0.025mm.) To compare, a strand of human hair measures on average 75 microns.
“We are really excited at XYZprinting to be able to bring this sophisticated technology to our customers at such an affordable price with the Nobel Superfine,” Fernando Hernandez, MD for XYZprinting Europe, commented. “The embedded DLP technology creates exceptionally high quality prints that will prove revolutionary to the jewellery and dental industries.”
XYZprinting will be demonstrating the Nobel Superfine 3D Printer at the TCT Show, 26-28 September, Stand E45. It will be available for £2659 from authorised resellers.
