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Technical Articles

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

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13–24 of 28 articles · Page 2 of 3

FDM® · SAF™

Additive Manufacturing Qualification: From Use Case to Controlled Production

Additive manufacturing qualification starts with the use case and ends with a controlled production route. This article outlines how teams can define requirements, select material and process routes, plan inspection, document evidence, and transfer production responsibly.

Industrial Manufacturing · Aerospace
FDM® · Metal

Digital Inventory for Spare Parts: From File Storage to Manufacturing Data

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
3D scanning & metrology

Preventing Failure: 3D Scanning for Heavy Machinery Deformation Detection

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
FDM® · SAF™

Digital Inventory Readiness: Turning Spare-Part Lists into Manufacturable Assets

A digital inventory program should begin with the parts list, not the printer. This article explains how industrial teams can review demand, data quality, material requirements, access control, and production readiness before turning spare-part records into manufacturable assets.

Industrial Manufacturing · Oil & Gas
FDM® · SAF™

Custom Soft Jaws for CNC Workholding: Where 3D Printing Fits

3D printed soft jaws can support selected CNC workholding jobs when part geometry, clamping load, repeatability, surface protection, chip and coolant exposure, machine environment, and inspection needs are understood before FDM tooling is selected.

Industrial Manufacturing · Aerospace
Metal · FDM®

Additive Manufacturing Economics: How to Assess the Business Case

Additive manufacturing can improve the business case when the application, design, material route, workflow, inspection plan, and qualification effort are assessed together. This article explains how DfAM and production planning shape the economics before savings are claimed.

Aerospace · Industrial Manufacturing
FDM®

Composite Tooling for Aerospace: When Printed Carbon-Fiber Tooling Fits

Printed carbon-fiber tooling can be useful for selected aerospace manufacturing fixtures, layup aids, forming supports, and production tools when load, thermal exposure, dimensional stability, surface needs, handling, durability, inspection, and release boundaries are defined before aluminum tooling is replaced.

Aerospace · Industrial Manufacturing
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

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