AUTHENTISE NEWS

Not every manufacturer needs an additive MES—but waiting too long creates chaos. Learn when AM teams actually need MES software.

Learn where additive manufacturing workflows commonly break down — from quoting delays to lost engineering intent — and how to prevent costly bottlenecks.

Choosing additive manufacturing software? Learn how to compare workflow tools, additive MES and platforms without wasting time or budget.

Explore how data, workflow software, MES, automation, and digital thread systems are transforming additive manufacturing operations.

Your Digital Thread tracks data—but misses decisions. Learn why missing engineering intent limits traceability, slows teams, and hides risk.

Most valuable engineering data lives in Slack, email, and meetings—not PLM. Learn how lost intent drives rework, risk, and poor visibility.

Most engineering decisions happen in Slack, email, and meetings—not in PLM. Learn why intent gets lost, the risks it creates, and how to capture it for better traceability, faster workflows, and AI-ready data.

How Do You Integrate PLM with Additive Manufacturing Systems? Product Lifecycle Management (PLM) systems are the backbone of engineering organisations. They control design files, revision history, configuration management, and engineering change processes. But when parts move from design into production - particularly in additive manufacturing - another layer of software becomes necessary. PLM systems manage engineering intent. Additive manufacturing workflow platforms manage

Why AM Workflows Still Break in 2026 Additive manufacturing has matured rapidly - yet the workflows running behind the scenes often feel stuck in 2013. Teams still juggle spreadsheets, email chains, status updates in Slack, and machine dashboards that don’t talk to each other. The result? Parts get delayed, data gets lost, and nobody has a single view of what’s happening on the shop floor. That’s where additive manufacturing workflow software steps in. Not as another dashboar