Resource Centre / Technical articles
72 technical articles on additive manufacturing, 3D scanning, materials and implementation planning.
Repeated 3D scans can show where an industrial component is changing during service. With a controlled comparison and enough operating context, the scan record can support a maintenance decision, repair plan, or remake route.
Industrial Manufacturing · Oil & Gas
The first production cell should be built around a real part family, not a general ambition to bring additive manufacturing in-house. Once the part family is clear, the machine choice, qualification evidence, inspection route, supplier model, and utilisation case become much easier to judge.
Industrial Manufacturing · Aerospace
A grounded aircraft is not always waiting for a major structural part. In many fleets, the delay starts with an interior component that is low in value, awkward to source, and still essential to release an aircraft back into service.
Aerospace · Industrial Manufacturing
How to assess polymer additive manufacturing for robotic end-of-arm tooling, including payload, stiffness, contact surfaces, grip reliability and replacement control.
Industrial Manufacturing
Additive manufacturing is not only for prototypes. For low-volume adapters, brackets, ducting interfaces, covers and replacement components, printed polymer parts can reduce lead time, weight and complexity when the design, material and operating environment are properly controlled.
Industrial Manufacturing
A delayed imported part can stop a line long before its drawing is ready for local manufacture. GCC manufacturers need to decide what deserves localisation by looking at downtime cost, data quality, supplier capability and release control.
Aerospace · Industrial Manufacturing
A practical production-use-case article on qualified polymer additive manufacturing for defence vehicle air ducting, with emphasis on FST materials, thermal management, tooling avoidance, change control, low/medium-volume production, and sovereign capability.
Defense
Legacy-part work becomes expensive when the wrong measurement route is chosen too early. Portable CMM inspection and scan-led reverse engineering answer different questions, and the right workflow depends on access, geometry, data quality, and what the team needs to decide after capture.
Energy · Industrial Manufacturing
Long-life rail assets create awkward spare-parts decisions: demand is intermittent, inventory is expensive, and the original supply route may no longer be dependable. Additive manufacturing can support selected parts, but only after the application, material constraints, inspection plan, and release path are clear.
Rail · Industrial Manufacturing
Metal additive manufacturing can be relevant for selected injection mold insert applications, but only when tooling requirements, process control, and qualification planning are treated as one workflow rather than separate decisions.
Industrial Manufacturing
Healthcare manufacturing requires a documented quality system, controlled workflows, trained operators, and clear approval routes. This article reviews how ISO 13485 can inform planning for additive manufacturing workflows without assuming certification or clinical production approval.
The Build-Operate-Transfer model can help institutions assess how advanced manufacturing capability might be planned, operated, documented, and transferred in defined stages. This article reviews the commercial and operating questions that should be answered before a manufacturing BOT model is approved.
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