Resource Centre / Technical articles
72 technical articles on additive manufacturing, 3D scanning, materials and implementation planning.
A high-temperature resin may suit selected heated applications, but one datasheet value cannot define finished-part performance. Load, exposure time, geometry, mounting, environment and production controls belong in the test plan.
Industrial Manufacturing · Aerospace
A portable 3D scan can look reliable in a brochure and still create scrap, delay or false acceptance when bias, repeatability and volumetric error are treated as one number.
Energy · Industrial Manufacturing
Support geometry in metal additive manufacturing affects heat flow, stress, and removal effort. NX 2606 puts more of that control inside build preparation.
Defense · Aerospace
Industrial 3D printing speed should be judged by usable-part delivery, not machine build time alone. File preparation, machine setup, warm-up, post-processing, support removal, inspection and operator time can change which route actually delivers parts fastest.
Aerospace · 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
Custom elastomer seals and gaskets require material behavior, operating environment, tolerance, and approval requirements to be reviewed before additive manufacturing is selected. This article outlines where P3 printing may fit the assessment.
Industrial Manufacturing · Energy
Oil and gas teams can use additive manufacturing for selected tooling, fixtures, maintenance support, and low-volume spare-part workflows when the operating environment and approval route are understood. This article reviews where the process may fit and where qualification limits must remain clear.
Oil & Gas · Energy
Industrial supply chain resilience depends on knowing which spare parts, tooling, and production-support items can move into a documented manufacturing route. This article explains how digital inventory, reverse engineering, additive manufacturing, and conventional supply options fit the decision.
Industrial Manufacturing · Oil & Gas
Additive manufacturing can support local supply-chain planning when the right applications, materials, inspection routes, and documentation model are defined. This article reviews how UAE and Saudi industrial teams can assess parts to review before moving beyond prototyping.
Oil & Gas · Energy
Chemical resistant polymers can support selected oil processing tools, fixtures, covers, housings, and low-risk support parts when chemical exposure, temperature, load, wear, cleaning, inspection, and release requirements are understood before additive manufacturing is selected.
Oil & Gas · Energy
Digital inventory is useful when spare-part records become manufacturable data packages. This article explains how industrial teams can prioritize parts, recover missing data, compare production routes, define inspection needs, and set release boundaries before additive manufacturing or any other route is selected.
Industrial Manufacturing · Aerospace
In heavy industry, structural deformation can lead to catastrophic failure, costly downtime, and significant safety risks. 3D scanning and metrology provide a non-contact, specified precision method for monitoring asset integrity. Learn how this technology identifies minute deviations across surfaces, enabling predictive maintenance and preventing failures before they happen.
Industrial Manufacturing · Energy
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