Siemens Digital Industries Software Blogs

We hope you enjoyed the first installment of our What’s New in Designcenter NX™ software blog series back in December,...

Aerospace manufacturing leaves zero room for error. Discover how GKN Aerospace Engine Systems accelerates production from weeks to days using Siemens Process Simulate and a fully connected digital manufacturing workflow. As a global manufacturer of critical components for aviation, space, and defense, GKN Aerospace Engine Systems supports industry leaders like Rolls-Royce, Pratt & Whitney, and GE. But producing these parts isn’t simple, tight tolerances, extreme complexity, and nonstop throughput demands leave no margin for error. By shifting robotic programming and validation into a connected digital environment, GKN Aerospace Engineer Systems programs earlier, works safer, and moves faster, cutting lead times from weeks to days while keeping production running. Hear from Andreas Rudqvist, System Owner Robot Simulation & OLP, on how digital manufacturing transforms complexity into a competitive advantage.

Medical device and diagnostics (MDD) manufacturers are operating in one of the most complex industrial environments to date. Increasing regulatory...

In the rapidly evolving field of semiconductor testing, the ability to adapt and optimize test strategies is crucial for achieving...

In this episode of the Printed Circuit Podcast, host Steph Chavez welcomes two long-time friends and PCB design veterans —...

Introduction AI tools such as ChatGPT, Claude, Copilot, Gemini, and others are now embedded in daily work. They’re used to...

Unplanned downtime is silently draining profitability from consumer packaged goods (CPG) manufacturers. Every minute of halted production can lead to missed delivery...

Etching inner layers involves cleaning the copper on both sides of the piece of laminate, applying a photoresist, exposing the photoresist to create the inner layer pattern, developing the resist, etching away the unwanted copper, and removing the etch resist. This process is automated in most shops and the chemistry is automatically monitored. As a result, the accuracy and repeatability is quite good. It is possible to etch inner layer traces using this process to an accuracy of ±0.5 mils. This accuracy control helps keep impedance within the tolerances required for transmission lines.

Harry Foster talks with Chandu Challapalli, Senior Management Director at Siemens EDA, about why timing constraints must be treated as first-class verification assets.