Siemens Digital Industries Software Blogs

On-Track Technology leverages Siemens Process Preparation to modernize and scale SMT and PCB manufacturing operations. With Siemens, On-Track Technologies benefits from AI-driven capabilities to reduce manual effort and enable engineers to focus on optimizing production

Discover what's new in Simcenter S-Frame suite v2026.1: ADM 2020 aluminum design, CSA A23.3:24 concrete code, NDS 2024 timber support, enhanced foundation analysis, and updated steel databases.

Simcenter Flightstream 26.1 is now available for aerospace and marine CFD engineers seeking faster workflows and deeper aerodynamic and hydrodynamic...

For a long time, simulation was clearly a bottleneck. Runs took hours or days, compute capacity was limited, and design...

The Designcenter™ software portfolio provides many ancillary applications to support full digital thread workflows. One such application is Designcenter Schematics,...

Yield stands as a critical performance indicator in semiconductor fabrication. Higher yield rates reflect optimized manufacturing processes that produce functional chips,...

In the evolving SMT manufacturing landscape, successful implementation and optimization of solutions are as crucial as selecting the right technology. Siemens' Process Preparation X offers not just a solution, but also expert guidance and long-term partnership, ensuring manufacturers can effectively integrate AI and automation while leveraging human expertise for continuous improvement and sustained value.

In the fast-paced electronics industry, efficient SMT manufacturing relies on digital-first process preparation, moving beyond fragmented workflows. Siemens' Process Preparation X unifies engineering and programming, enabling standardized, automated production and improving efficiency, as seen with Inventec.

Production efficiency in SMT manufacturing is often hindered by incomplete or outdated input data, a common issue with legacy PCB designs. Siemens' Process Preparation X offers a solution by transforming fragmented Gerber files into structured, usable manufacturing data, enabling automated SMT and PCB programming even from challenging inputs.