AUTHENTISE NEWS

Discover why additive manufacturing jobs fail between design and production, and how better workflows, traceability, and connected data reduce delays, scrap, and compliance risks.

Learn how to reverse engineer legacy parts for additive manufacturing, including scanning, CAD reconstruction, qualification, traceability, and compliance best practices.

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

Explore the latest additive manufacturing technologies and trends shaping aerospace, healthcare, AI, automation, materials, and digital manufacturing.

Traceability and compliance in additive manufacturing. Track materials, manage genealogy, and build audit-ready AM workflows.

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.

Authentise wins the TCT Software Award for RREQAM, advancing reverse engineering and qualification in additive manufacturing with a connected digital thread.

Avoid costly material management mistakes in additive manufacturing. Learn the 5 biggest issues affecting waste, traceability, and compliance—and how to fix them.

Learn how to track material reuse in additive manufacturing without compromising quality. Improve traceability, reduce waste, and maintain consistency with proven strategies.

Reduce waste, improve traceability, and optimise costs with better material management in additive manufacturing. Learn strategies, challenges, and software solutions.

Learn how to build a complete technical data package for additive manufacturing, including design files, process data, and compliance documentation.

Understand what a digital thread is in additive manufacturing and why it’s essential for traceability, quality, and scalable production.

How Do You Scale Additive Manufacturing to Production? Scaling additive manufacturing (AM) isn’t just about buying more printers. Most teams can prototype successfully. Far fewer can consistently produce parts at scale. The difference comes down to workflow, data control, and repeatability. What Does “Scaling AM” Actually Mean? Scaling means moving from: One-off prototypes ➡️ To repeatable, certified, high-volume production That requires: Consistent quality Traceable processe

Recycling isn’t the real sustainability challenge in additive manufacturing. The real issue? Preventing waste before it happens.

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

Discover how leading manufacturers optimise additive workflows, reduce operational costs, improve compliance, and scale production using digital MES, workflow automation, and integrated engineering tools. Includes strategies, use-cases, and real customer success stories from Authentise.

Industry 4.0 isn’t just for giants. Here’s how SMEs can digitise, optimise, and thrive with smart tech - from AI to additive.

Explore how automation is optimising 3D printing - from design to post-processing - boosting efficiency and scaling production.