Siemens Digital Industries Software Blogs

In aerospace and defense manufacturing, the pressure is constant and measurable. Production rates must increase. Quality cannot slip. Design changes continue deep into the program lifecycle. Supply chains fluctuate. Skilled labor remains constrained. For many organizations, the real challenge isn’t effort, it’s alignment. Engineering, manufacturing planning, and shop floor execution often operate in parallel rather than in sync. This results in late-stage surprises, manual workarounds, and ramp-ups that feel more reactive than engineered. Join us in an upcoming webinar to explore how you can harness the power of integrated Siemens Xcelerator digital manufacturing solutions to dramatically improve production scalability and efficiency.

As industrial machinery companies have grown and evolved how they do business, product lifecycle management (PLM) technology has changed, too....

When LogiMAT 2026 opens its doors in Stuttgart from March 24 to 26, the spotlight will once again be on...

Integrated work holding device management is a significant advancement in machine programming. This integration helps users to maintain precise control of fixture configurations.

Operating at the limits of physics Semiconductor manufacturing operates at the limits of physics. With nanometer precision as the standard,...

In this episode of the Printed Circuit Podcast, host Steph Chavez sits down with Antonio Becerra Esteban, Head of Customer...

Most B2B sellers treat LinkedIn like a résumé. Role title. Company name. Career history. That approach costs deals before the...

In a meeting with my Siemens colleagues late last year, I made the comment that Graph Neural Networks (GNNs) are...

Introduction  Across the automotive industry, teams at every level — from engineering and IT to production, quality, and operations —...