AUTHENTISE NEWS

Discover the seven most common reasons additive manufacturing projects fail, from poor part selection to disconnected workflows. Learn how manufacturers can improve outcomes and scale AM successfully.

Learn the differences between reverse engineering and redesign, when each approach makes sense, and how manufacturers can reduce costs, improve performance, and manage obsolete parts more effectively.

Many manufacturers start additive manufacturing with a single machine and a simple goal: produce parts faster. But as demand grows, a tougher question appears — should you build capability in-house or distribute production across external partners?

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

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

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

Learn practical strategies to reduce scrap in additive manufacturing using workflow automation, file governance, and material traceability systems.

Stop measuring the wrong things in your AM facility. Learn which workflow metrics—like First-Pass Yield and Total Cycle Time—actually drive ROI, and which "vanity metrics" are holding your production back. Read the guide from the experts at Authentise.

What is subtractive manufacturing and why does it remain the benchmark for repeatable, controlled production? A practical guide for modern manufacturing teams.

What is additive manufacturing, and why does it demand new approaches to workflow, execution, and traceability? A practical guide for real production teams.

Is your factory floor a black box? Discover how real-time manufacturing visibility eliminates bottlenecks and cuts lead times by 15%. See the 7 essential tools every digital factory needs to compete in 2025. Read the guide.

Learn how aerospace and medical manufacturers ensure full traceability of 3D assets—from design files to production, materials, and audits—using connected digital workflows.

Technology is reshaping industries across the globe, and modern manufacturing is no exception. As factories adopt innovative tools and processes, they are becoming faster, more efficient, and more resource-friendly. In this blog post, we will explore the various ways technology is transforming modern manufacturing, the challenges it presents, and how companies can leverage these changes for sustained success. The Rise of Automation in Modern Manufacturing Automation is perhap

How manufacturers track orders, documents, and delivery risk across long-term, large-scale supply chains—without emails, spreadsheets, or blind spots.

Explore real-world additive manufacturing case studies across aerospace, healthcare, space, construction, and defence—plus the workflows that make them scale.

Automated additive manufacturing requires more than machines. Learn how AM environments evolved from standalone printers to connected systems — and what makes automation actually work.

AM printers rarely limit throughput in advanced manufacturing. Learn why disconnected workflows, systems, and data are the real bottlenecks in additive manufacturing — and how to fix them.

Discover how digital workflows improve manufacturing efficiency, reduce manual work, and enable scalable, data-driven production.

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.