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Technical Articles

72 technical articles on additive manufacturing, 3D scanning, materials and implementation planning.

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49–60 of 62 articles · Page 5 of 6

FDM® · SAF™

3D Printing Packaging Machinery Parts: How to Assess Suitability

Additive manufacturing can support selected packaging machinery change parts, guides, guards, brackets, fixtures, jigs, nests, covers, and replacement components when part function, material route, hygiene requirements, inspection, documentation, and operational risk are reviewed first.

Industrial Manufacturing · Consumer Products
SAF™

SAF 3D Printing for Cable Manufacturing: How to Assess Fit

SAF additive manufacturing may support selected cable manufacturing tooling, guides, fixtures, covers, brackets, handling aids, spare parts, and non-critical production-support components when part function, line environment, material route, inspection, documentation, and release authority are reviewed first.

Industrial Manufacturing · Energy
Metal · FDM®

Additive Manufacturing for Space: What a Flight-Application Case Study Shows

A Lockheed Martin Space case study shows how aerospace additive manufacturing depends on application selection, material behavior, build repeatability, inspection, documentation, and qualification boundaries. This article explains what the case supports and what it does not prove.

Aerospace · Defense
P3™ DLP

P3 DLP for Medical Device Tooling: Non-Clinical Uses to Assess

P3 DLP additive manufacturing may support medical-device tooling, fixtures, prototypes, lab aids, and non-clinical production-support parts when intended use, material route, inspection, cleaning, handling, and quality records are defined.

Medical (Non-Clinical) · Industrial Manufacturing
FDM® · Metal

Industrial Supply Chain Resilience: A Part-Level Manufacturing Plan

Industrial supply-chain resilience starts with the parts list. This article explains how teams can identify where additive manufacturing, reverse engineering, digital inventory, CNC, OEM supply, or conventional fabrication may support spare parts, tooling, and production-support work.

Industrial Manufacturing · Oil & Gas
FDM® · SAF™

Aerospace Additive Manufacturing Tooling: What East/West Industries Shows

The East/West Industries case study shows how FDM additive manufacturing helped reduce tooling pressure in an aerospace CNC shop, with reported gains for tool production time, tooling cost, and product readiness tied to specific workholding applications.

Aerospace · Industrial Manufacturing
FDM® · SAF™

Reducing Spare Part Lead-Time Risk With Additive Manufacturing

Additive manufacturing can reduce delay for suitable spare parts, tooling, and production-support components when part suitability, technical data, material route, inspection, documentation, and qualification requirements are assessed before production.

Industrial Manufacturing · Oil & Gas
Metal · FDM®

Maritime Spare Parts in Dubai and Jeddah: From Missing Data to Manufacturing Options

Maritime spare-part risk should be assessed part by part. Digital inventory, reverse engineering, additive manufacturing, CNC, fabrication, repair, and OEM supply can all support response options when criticality, environment, inspection, documentation, and release boundaries are defined.

Maritime · Industrial Manufacturing
SAF™

SAF Batch Manufacturing: How to Assess Fit After Prototyping

SAF additive manufacturing can support selected bridge production, low-volume production, spare parts, jigs, fixtures, and controlled batch manufacturing when part suitability, demand profile, nesting, post-processing, inspection, documentation, and qualification requirements are assessed first.

Industrial Manufacturing · Automotive
FDM® · SAF™

Localized Defense Manufacturing: Assessing Sovereign Capability Claims

Localized digital manufacturing can support defense industrial capability planning when part selection, technical data, supplier controls, inspection, documentation, and approval boundaries are defined before production claims are made.

Defense · Aerospace

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