Blog

This blog explains why layer adhesion is critical in large format 3D printing, the key factors that influence bond strength, common causes of poor adhesion, and practical methods to improve part strength, reliability, and structural...

This blog explores how robotic arm 3D printing and LFAM are improving construction manufacturing by enabling faster production, greater design flexibility, reduced material waste, and scalable production for applications such as concrete moulds, modular construction,...

This blog explains how pellet extrusion manufacturing reduces material waste through near-net-shape production, recycled feedstocks, and efficient material use. It also explores its sustainability, cost, and productivity benefits for industrial additive manufacturing.

This blog explains the common causes of dimensional inaccuracy in Large Format Additive Manufacturing (LFAM), including material shrinkage, thermal effects, calibration, and print settings, while outlining best practices to improve accuracy and part consistency.

This blog explains how closed-loop manufacturing improves material efficiency, reduces waste, and strengthens supply chain resilience by reusing materials and process data through industrial additive manufacturing and large format additive manufacturing.

Discover how construction additive manufacturing is transforming modular construction with faster production, greater design flexibility, reduced material waste, and scalable large-format 3D printing solutions.

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,...

Learn the key compliance and certification challenges in aerospace additive manufacturing, including material qualification, process validation, inspection, and traceability for reliable, certified production.

Discover how rapid prototyping 3D printing is transforming automotive manufacturing by enabling faster design iterations, lower development costs, improved testing, and greater design freedom for modern vehicle production.