Supported By:-

This project has received funding from the European Union’s Seventh Framework Programme for research, technological development and demonstration under grant agreement no 608843.

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Open Innovation Portal

The 4M2020 Open Innovation Portal has been set up to assist the Micro and Nano Manufacturing Community to develop a pro-active, collaborative environment. The portal can be used to support the development of three types of collaboration. We invite you to submit information in the following categories for organisations that are: • Developing state-of-the art products and services and are providing their expertise to external organisations (Product and Services Offering) • Looking for specific expertise and capability from other organisations (Product and Services Sought) • Wishing to collaborate in new projects and are looking for potential partners (Partner Search)

Discussions tagged The Univeristy of Birmingham, UK

The advances in terahertz technology drive the needs for the design and manufacture of waveguide devices that integrate complex 3D miniaturised components with meso and micro scale functional features and structures. Therefore, in parallel with the d...
The paper details research aimed at improving the surface integrity of 3D printed stainless steel (SS316L) specimens by employing laser polishing. The effects of laser fluence, pulse distance and hatching strategies on resulting surface integrity wer...
Although laser structuring and texturing have attracted the attention of research communities and industry as emerging viable technologies for surface functionalisation and micro-manufacturing, their implementation in practice requires a very high pr...
The research undertaken evaluates the influence of laser texturing in the form of microscopic dimples on the surface of Poly-ether-ether-ketone (PEEK), with the aim of improving friction and wear characteristics whilst operating within boundary/mixed...
This paper presents the design of terahertz waveguide filters, operating in the WR-3 frequency range of 220-325 GHz, which are ideally suited to a hybrid manufacturing platform. The platform considered in this research combines the capabilities of CN...
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