Xometry is expanding materials, process controls and compliance options on its AI-driven manufacturing marketplace, targeting more complex requirements in aerospace, defence and medical manufacturing.

Even under intense heat and deformation, metals keep a hidden order. MIT scientists have identified a new non-equilibrium state in alloys that challenges long-held assumptions about atomic mixing — and offers engineers a new lever to tune material performance.

At the Advanced Engineering Show in Birmingham, Goodfellow is set to spotlight additive manufacturing, sustainable materials, and cross-sector innovation. Alongside discussions on biopolymers, high-entropy alloys, and AI-driven material design, the company will also record a live episode of its Innovation Discussed podcast from the event, capturing key insights on the future of advanced materials.

Artificial intelligence is redefining industrial manufacturing, turning machine tools into self-learning, adaptive partners that optimise processes, reduce waste and ease the impact of skills shortages. From predictive maintenance to intuitive operator guidance, AI is emerging as a key driver of efficiency, flexibility and competitiveness in modern production.

To make plastic production more efficient and sustainable, Fraunhofer IST has developed thin-film sensors that monitor pressure and temperature directly in the mould. Combined with machine learning, the system enables real-time quality control and process optimisation.

Starting small, scaling smart: Instead of relying solely on cloud-based AI, manufacturers are increasingly turning to intelligent components to unlock the benefits of artificial intelligence — without high upfront costs or complex overhauls.

With its new Ency Academy, the software company offers free, self-paced courses in CNC and robot programming, combining step-by-step lessons, real project files, and official certification.

At EMO Hannover 2025, the spotlight is on smart, sustainable, and scalable production solutions. From automation and AI to circular economy strategies, the world’s leading trade fair for metalworking brings together pioneering technologies and expert insight

Engel has equipped Rosenheim University of Applied Sciences with a cutting-edge injection moulding cell to drive forward sustainable materials research. With a focus on recyclable composites, natural fibres and digital innovation, the partnership is setting new standards in plastics processing and construction technology.

High costs and complexity still deter many manufacturers from adopting AI — but a new approach is changing the game. By integrating AI at the component level, businesses can enhance efficiency, reduce downtime, and improve quality without massive upfront investments.