Slashdot Mirror


New 3D Printing Process Claimed To Be 25X Faster Than Current Technology

ErnieKey writes: Carbon3D, a startup based in Redwood City, CA. has just announced a new breakthrough 3D printing technology called Continuous Liquid Interface Production technology (CLIP). The process works by using oxygen as an inhibiting agent as a UV light rapidly cures a photosensitive resin (abstract). "Conventional 3D printers usually take several hours to print an object — because with most printing methods, they need to individually treat each new layer of material after it's put down so that the next layer can be put down on top of it. The new method is much faster because it works continually, instead of in layers, eliminating this step. As a result, it works in minutes, rather than hours — 25 to 100 times faster, its creators say, than conventional 3D printing." The company has just emerged from stealth mode and announced that they have raised a staggering $41 million to further develop the process and bring it to market.

3 of 95 comments (clear)

  1. Re:UV sensitivity by Thanshin · · Score: 5, Funny

    The risk of printing objects vulnerable to sunlight won't alarm anyone in this audience.

  2. Re:projecting UV images from below liquid resin? by jklovanc · · Score: 4, Informative

    You are close byt not quite. The breakthrough is explained as follows;

    Meanwhile, oxygen prevents this reaction from occurring — so to stop the object from simply hardening and sticking to the floor of the pool, there's a layer of dissolved oxygen there, creating an ultra-thin "dead zone" at the very bottom.

    The light is projected through a very thin layer at the bottom without curing. The resin at almost the bottom is cured. The light never reaches the top layer. I you look closely at their graphic you will see the object almost reaches the bottom of the container.

  3. Re:Photolitography by Anonymous Coward · · Score: 4, Interesting

    it apperently also eliminates layers, thus making the material stronger and smoother, that's big