Hybrid manufacturing marries materi… – Information Centre – Research & Innovation

Gordon B. Johnson

An EU-funded venture has demonstrated a special hybrid production technology combining the liberty of 3D printing design with the small-value, reliability and resources variety of injection moulding. The innovation bridges the highly-priced, risky and time-consuming gap involving prototyping and professional production for everything from health-related units to plane factors. © […]

An EU-funded venture has demonstrated a special hybrid production technology combining the liberty of 3D printing design with the small-value, reliability and resources variety of injection moulding. The innovation bridges the highly-priced, risky and time-consuming gap involving prototyping and professional production for everything from health-related units to plane factors.


© AddiFab, 2019

Smart technology like 3D printing is best for prototyping new merchandise types, applying additive production to construct up complex elements and intricate geometric designs layer by layer. Nevertheless, it only functions with a restricted number of resources.

Injection moulding, in which moulds are stuffed swiftly, cheaply and reliably to develop hundreds or thousands and thousands of identical elements, is a well-established production technology that can be utilized with numerous distinctive varieties of resources. These contain pre-capable, specialised content grades for automotive and aerospace purposes, and standardised, qualified resources utilized in dental implants or health-related units that will have to be biocompatible.

Nevertheless, injection moulding is hampered by substantial begin-up fees, prolonged lead situations and restricted liberty to incrementally enhance types by recurring, iterative processes. These kinds of negatives are a individual challenge in steel and ceramic injection moulding, exactly where numerous tooling attempts are generally needed to achieve the sought after results.

Thanks to the EU-funded STIM-MC venture, Freeform Injection Molding (FIM), a proprietary technology produced by Danish begin-up AddiFab is getting further more improved to produce a system which is up to five to ten situations more quickly and cheaper in providing injection-moulded prototypes. This is a game-changer for brands, in particular firms making modest, complex and substantial-functionality factors for industries these kinds of as healthcare, transportation and aerospace.

‘We’ve produced a hybrid system that harnesses the positive aspects of the two 3D printing and injection moulding across the prototyping and production system, enabling a wider assortment of resources to be utilized from begin to finish, such as metals and ceramics, as demonstrated in STIM-MC,’ suggests venture manager Uffe Bihlet at AddiFab.

‘3D printing is fantastic for earning original prototypes, but substantial difficulties can come up in transitioning a new design to big-scale production by way of injection moulding when a distinctive content and a distinctive system will have to be utilized, for instance for toughness, durability or protection reasons. This transition to injection moulding normally entails new validations and extra time, fees and possibility,’ Bihlet points out.

AddiFab’s FIM program solves these difficulties by allowing the very same content and the very same injection moulding system to be utilized for the two the prototype and the finished merchandise, without limiting the design flexibility afforded by 3D printing.

From CAD to cavity

The FIM system starts with a common CAD file that contains the types for a new ingredient. The program inverts the design to develop a cavity which is then encased in a mould human body manufactured from proprietary dissolvable resins by way of 3D printing. The 3D-printed mould is then transferred to the injection-moulding device which makes use of the cavity to form the part adhering to common injection moulding production processes.

The mould cavities are strong more than enough to system bolstered thermoplastic polymers and other substantial-functionality resources. And, getting manufactured from dissolvable resins, single-use moulds allow the production of factors with very complex designs and capabilities.

In STIM-MC, the venture associates efficiently demonstrated the extensive assortment of possible purposes for the technology, screening it with a big number of resources and additives, specifically metals and ceramics that need added processing, tooling and finishing actions in contrast to plastics.

‘The trials carried out in STIM-MC reveal the flexibility of the FIM system across a various assortment of resources and purposes in distinctive industries, even though elevating awareness its worth-building possible among the content suppliers, brands and conclude-user shoppers,’ the venture manager suggests.

Among the new AddiFab associates is Mitsubishi Chemical which has an comprehensive portfolio of resources, such as tremendous-strong steel-alternative and carbon-fibre-centered polymers. Lots of of these special and progressive resources are not at the moment ideal for additive production by way of 3D printing, but can be utilized with AddiFab’s FIM technology with substantial batch-to-batch regularity.

AddiFab programs to collaborate with Mitsubishi Chemical to deploy the FIM system commercially as a gateway for merchandise developers, opening the doorway to a wider assortment of content choices. It will allow brands to prototype new elements applying novel resources swiftly, cheaply and effectively, even though ensuring types can be turned nearly seamlessly into injection-moulded finished merchandise ready for big-scale production.

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