What you'll get from this guide
1. Trends in industrial technology
Learn about the four trends companies need to navigate the uncertain and ever-evolving landscape of industrial technology.
2. Benefits of AM for industrial applications
Discover the advantages of AM over traditional technologies for industrial applications, including how AM can directly support digitization and automation initiatives.
3. Common use cases
Find out about the seven most promising use cases for applying additive manufacturing technologies to industrial applications.
4. Best practices for design automation
Explore how batch processing, design exploration, and mass customization can help you realize the full potential of additive manufacturing for industrial applications.
5. Case studies
Read about how Wärtsilä rapidly redesigned system-critical components, Siemens Energy overcame manufacturing bottlenecks, DMG MORI reduced the weight of their robot end effector by 62%, and Ocado Technology achieved 80% faster development.
6. Software
Discover advanced engineering design software offering the solutions needed to tackle the specific challenges of your industry and application.
Is Your Software
Ready for Additive Manufacturing
You can only reap the benefits of additive manufacturing for thermal management if you right the right design tools.
Get our guide to maximizing the benefits of additive manufacturing for industrial products. Produce parts with complex geometry, improve performance, and accelerate product development.
Supply chain restructure
Guidance on how AM can enable companies to localize production and eliminate weak links in the supply chain.
Design automation
An overview of how batch processing, design exploration, and mass customization can help you scale your initiatives.
Agile hardware development
An exploration of how developing hardware using processes employed by software companies can enable faster product development and better outcomes.
