Formnext Connect: Arburg Presents the Capabilities of the Freeformer

All of the Arburg Freeformer’s capabilities will be on display at Formnext Connect 2020 in November, showcasing its ability to handle demanding AM parts, for medical technology, the processing soft materials and PP, and multi-component parts.

When it comes to demanding AM parts, the Freeformer is in its element. The Arburg Plastic Freeforming (APF) process with the Freeformer is predestined for medical technology, the processing of soft materials and PP, as well as for the additive manufacturing of multi-component parts. High-temperature plastics can also be processed using the open system. All these special capabilities are shown by Arburg during the formnext connect 2020, also in three expert presentations.

The Freeformer in sizes 200-3X and 300-3X process plastic granulates of the kind also used in injection moulding. This makes the open systems very economical and also enables a wide variety of materials to be used. This also makes it possible to process bio-compatible, absorbable and sterilisable as well as FDA-approved original materials to be used. This, in turn, opens the door to new possibilities, also for human applications.

AKF for all kinds of implant

“In medical technology, we can also accomplish very demanding applications with the AKF process that other processes simply cannot handle,” explains Lukas Pawelczyk, Head of Freeformer Sales at Arburg. As an example, he names absorbable implants. As well as Resomer Composite LR 706 S ß-TCP, a product similar to human bone that promotes bone formation, the Freeformer was recently used to process another innovative material from Evonik: The polymer from the Resomer-C family is used in the soft tissue sector.

In the AKF process, original absorbable material can be processed. The company Samaplast, for example, manufactures bone-like plate implants, which are gradually replaced by the body’s own tissue.

Great variety of materials

With the additive AKF process, it is possible to produce parts from soft materials in virtually all Shore hardnesses.

In relation to mechanical load-bearing capacity, recoil characteristics, UV stability and endurance strength, these parts share almost the same properties as injection moulded parts. With the slicing parameters, various material densities can be achieved within a part.

“Completely functional prototypes made of soft thermoplastic elastomers are mainly in demand in the automotive industry, explains Lukas Pawelczyk. During the digital event in Frankfurt, Arburg does not only present automotive parts but also shows the production of a flexible shoe sole and, as an impressive example of multi-component injection moulding, the production of a functional part made of semi-crystalline PP and flexible TPE as a classic hard/soft-combination. The production of medical and technical parts from high-temperature plastics rounds off the spectrum.

Integration into the customer portal arburgXworld

Arburg is not only focussing on the production of an AM part but the additive manufacturing is also considered a process that has to be integrated into the whole production environment of the companies. In this context, the successful and continuous process monitoring and documentation plays a decisive role. During the formnext connect, Arburg, therefore, shows the integration of the Freeformer into the customer portal arburgXworld and the retraceable documentation of process data.

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