Application.
Versatility in hybrid component design.
Thanks to the mobility of injection moulding technology, individual functionalisations can be applied locally. The advantages of the new way of thinking of ANYBRID can thus be exploited in a wide range of applications.
Case Studies
ROBIN in the extrusion line
In close cooperation with the innovation group of REHAU Industries, the ROBIN technology was integrated directly into an extrusion line. Functionalisations were applied to a profile at regular intervals.
Functionalisation of composite profiles
Together with our partners INOMETA GmbH and Mitsui Chemicals Europe GmbH as well as the Institute for Lightweight Engineering and Polymer Technology at the TU Dresden, we have completely redesigned the functionalisation of high-performance profiles.
Functionalisation of wood
The versatility of our ROBIN system allows us to apply a wide range of functions to wooden panels or profiles. And this with outstandingly good bonding strengths.
Design.
Benefit from extensive advantages in product design!
Benefit from the shaping diversity of thermoplastics for the implementation of complex and filigree hybrid structures.
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High geometric complexity in the injection moulding process
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No excess adhesive or welding residues
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Post-processing-free component manufacture
Exploiting the geometric design options to achieve form-fit connections.
Exploiting the weldability of thermoplastics for a material-to-material bond.
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Melt temperature of the injection moulding compound leads to welding with the matrix-like basic structure
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Exploitation of matrix compatibility even when joining different plastics
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No more foreign materials and time-consuming adhesive preparations necessary
Make variable use of the individual properties of plastics exactly where they are needed for your component.
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Use of the mobile plant technology for variable positioning of the plastic elements on the base structure
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Soft plastics for sealing, damping, anti-slip, detachable connections (snap hooks)
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Highly filled plastics with good stiffnesses and strengths for load-adapted local reinforcement [more]
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Adjustable tribological properties of thermoplastics for sliding or contact surfaces [more]
