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Industrial processes & robotics

High-throughput 3D printers for complex ceramic parts

Additive manufacturing is re-defining what can or cannot be accomplished in the production of parts, and research continues to redefine what can and cannot be accomplished with additive manufacturing. An EU-funded project has set out to break new ground for the 3D printing of complex ceramic components.

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A new shine on nickel-plating processes

An EU-funded project has developed a new, eco-efficient waste treatment process for nickel plating that cuts industry costs and contributes to the resource conservation objectives of the circular economy. In addition to clear environmental benefits, it also gives a sharper competitive edge to European SMEs.

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Helping airframe manufacturers reach new heights

New automated assembly line techniques developed via an EU-funded project could lead to highly efficient production methods for composite airframes for next generation aircraft. The project partners behind these technologies are now looking to commercialise their innovations, boosting the industry's competitiveness.

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Investigating Earth and fluid dynamics

Understanding how fluids and other materials flow in response to applied forces is critical to many industrial applications, energy production processes and even determining the stability of the ground beneath our feet. The field of study, known as rheology, is being advanced by an EU-funded research network combining expertise in geodynamics, mineral physics, seismology, fluid mechanics and materials science.

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Collaborative machining, powered by the cloud

Design, planning, and even production - EU-funded researchers have developed a cloud-based system that supports the machining of parts. Intended primarily for SMEs, this system is designed to streamline manufacturing processes and facilitate collaboration among users.

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