Blog

Learn how LFAM quality control methods, including process monitoring, non-destructive testing, 3D scanning and CMM inspection, improve dimensional accuracy, structural integrity and reliability in industrial additive manufacturing.

The blog specifically focuses on ISO 9001, AS9100, quality management, traceability and industrial additive manufacturing.

Learn how NDT 3D printing methods help inspect LFAM parts for hidden defects, improve part integrity, and support quality control in aerospace and industrial manufacturing.

Discover how robotic additive manufacturing supports Industry 4.0 through automation, connected machines, AI, real-time monitoring and smart factory technologies.

Warping is a common challenge in large format additive manufacturing that can affect dimensional accuracy, structural integrity, and production efficiency. This article explains the main causes of warping, how different thermoplastics respond to thermal stress,...

This blog explains how LFAM is transforming modern manufacturing by enabling large-scale production, faster workflows, and greater design flexibility using advanced additive technologies.

This blog explains how industrial extrusion systems improve material control, efficiency, and scalability in additive manufacturing by enabling consistent, in-house filament production.

This blog explores how industrial additive manufacturing is transforming scalable production by reducing tooling costs, accelerating time to market, and enabling flexible, decentralised manufacturing. It highlights how Rapid Fusion delivers production-grade additive systems that integrate...

Industrial additive manufacturing requires choosing the right system for efficiency and precision. Robotic AM Cells offer flexibility and multi-axis printing for complex, customised parts, while Gantry Systems provide rigidity and repeatable accuracy for high-volume production....