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ARBURG Joins the Ranks of 3D Printer Vendors: By Introducing the Freeformer

By October 16, 2013. 3D Printers, Featured, News

In a very interesting twist in the tracking of the 3D printing story, today1 marks the first sighting and emergence of a new industrial 3D printer that looks to be utilizing a new 3D printing process — from plastic injection moulding machine manufacturing giant ARBURG, no less.

There’s no arguing with the credentials of this new player in the market, and ARBURG has unveiled the new platform at the vast K Show in Dusseldorf today.

The company states outright that this is “unlike conventional additive manufacturing techniques”. Called the ARBURG Plastic Freeforming machine, the company’s acronym (of course, it’s tradition) for the system is AKF — not quite wrapped my head around that yet, but possibly something lost in translation. Due to the time of day here I can’t get hold of anyone at Arburg, but be in no doubt, I will be following up!

In terms of the process behind the system, ARBURG states that: “standard granulates are melted as in the injection moulding process. The Freeformer produces the component without support structures, layer by layer from minuscule droplets. The discharge unit with nozzle remains stationary, while the component carrier moves with three or five axes.”

To me this sounds similar to the jetting process, with the originality being in the material state and the movement of the platform for X, Y & Z build axes. There’s not a huge amount to go on, so I could be totally off here, therefore please don’t quote me on it, this is speculation based on the information available today, but I am dying to see it. Also, if the molten material is produced in the same way as for injection moulding, it kind of reassures that this is going to work well — like I said, hard to argue with ARBURG’s credentials. I know the company from old when I worked on EPPM for a while (at the same time as I was doing TCT).

The other interesting thing that ARBURG states is that the Freeformer works directly with 3D CAD files, with no reference to intermediary (slicing) software. Again, this is something that needs follow up, but if it’s not a marketing oversight (my suspicion is it might be), this could be an interesting development in and of itself.

Other highlights quoted in the launch marketing materials include:

  • Versatile: low-cost standard granulates are used instead of expensive special materials.
  • No support structures: stationary discharge unit and moving component carrier for complex 3D geometries.
  • Combinable: AKF is also suitable for processing two components, e.g. in moving hard/soft combinations.
  • Effortless: parts are automatically built up layer by layer on the basis of 3D CAD files.

There is no visibility on parts, accuracy or resolution ….. yet!

Hat tip to Jochen.

1. As I write this it’s still 15th October even though it’s already tomorrow here on the 3DPI site!! Time zones and all that. 

  • I feel excited! Tell us more when you can oh Rachel of the Parkness…

  • RichRap

    This does sound very interesting, really hope you can find out some more info Rachel. It’s hard to tell from the image how big it is, but the fact it’s using granulates will mean quite some serious kit and plenty of patent protection too. could be a game-changer.

  • AC Palmer

    AKF stands for Arburg-Kunststoff-Freiformen = Arburg Plastic Freeforming!
    As they are specialists in plastics processing machines is good to know they are showing that plastic pellets (granulate) can now be used in 3D printing, perhaps opening a new world to the use of a much broader plastic materials range.

    • Rachel Park

      Thanks AC – German really never was my strong point :-/ Note to self: should try harder!!

      • Guest

        Vorausgesetzt, dass Sie von morgens bis abends arbeiten an den meisten Tagen gibt es nur wenige, die so hart versuchen. Es gibt viel zu tun für gesagt werden…!

  • zebrajack

    I am curious about the “No support structures” feature. Maybe the 5-axis freedom can do that. Hard to tell.