Siemens Digital Industries Software Blog Network

Siemens Digital Industries Software Blogs


Teamcenter

Design management software brings together engineering domains and disciplines

Design management software is essential for product development, a collaborative process involving internal and external stakeholders. Every party, from engineering...


Simcenter

Bevel gears whine no longer due to unseen pressure.

Introduction Drivers are familiar with using gears to overcome the limitations of their internal combustion engine (ICE). In addition to...

Heavy Equipment

4 trends driving industrial machinery (and how you can use them to your advantage)

Industrial machinery companies are looking at new ways of doing things as they transform their businesses to adapt to new...

Industrial Machinery

4 trends driving industrial machinery (and how you can use them to your advantage)

Industrial machinery companies are looking at new ways of doing things as they transform their businesses to adapt to new...

Simcenter

Electrification: the new “pressure” on tire manufacturers

With cars becoming fully electric, new challenges arise. Learn about electrification, TPA, and system NVH prediction for tire development.

Capital

Check out our top aerospace resources of 2021

2021 has come and gone. Through it all, Capital, Siemen’s comprehensive E/E systems development solution, continued to help leading aerospace...

Tecnomatix

Manufacturing Planning and the User Experience

Why does the user interface matter so much in digital manufacturing, and what makes a great user experience?  Read on...

Calibre IC Design & Manufacturing

Calibre Design Solutions takes a look back at 2021

Okay, is everyone ready for an end-of-year wrapup? It’s certainly been an eventful 2021 for Calibre Design Solutions, even if...

Electronic Systems Design

What is Design for Manufacturing?

PCB Design for Manufacturing DFM looks at all factors that may impact the manufacturability of a PCB design, such as assembly, fabrication, flex/rigid-flex, microvia, panel and substrate. It should also consider whether SMT component placement and soldering can be conducted automatically to reduce costs. DFM can involve general manufacturing specifications and/or the specifications of a specific manufacturer.