Blog

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.

Explore the latest Large Format Additive Manufacturing (LFAM) trends, including robotic systems, AI optimisation, advanced composites, hybrid manufacturing, sustainability, and faster production.

Hybrid additive manufacturing combines large format additive manufacturing (LFAM) with CNC milling to bring speed and precision into a single production workflow. By rapidly printing large near-net-shape parts before machining critical surfaces, manufacturers can reduce...

This blog compares LFAM and injection moulding across cost, production volume, tooling, speed, design flexibility and quality. It explains when each process is most suitable and how both technologies can work together.

This blog explains how Large Format Additive Manufacturing (LFAM) improves industrial production through faster manufacturing, reduced costs, design flexibility, and scalable large-format 3D printing solutions.

Robotic 3D printing systems are transforming high-volume manufacturing by combining automation, speed, and precision. Unlike traditional methods, they enable faster production, handle complex designs, reduce manual labour, and maintain consistent quality. With scalable output and...

Large 3D printing solutions are transforming industrial manufacturing by enabling faster production, reduced costs, and greater design flexibility. Using technologies like LFAM and robotic 3D printing, manufacturers can produce large, complex components efficiently. Rapid Fusion...

This blog explains how Large Format Additive Manufacturing (LFAM) is transforming industrial production by reducing lead times, lowering tooling costs, and enabling scalable large 3D printing solutions. It highlights material capabilities, real-world applications, and how...

Large format printing faces engineering challenges like thermal control, structural stability, material flow, accuracy, and long print times. Engineering-led solutions help overcome these issues, making large-scale additive manufacturing reliable for industrial production.