What’s the digital twin really being used for?
In this podcast, Bill Davis—the Director of Industrial Machinery and Heavy Equipment Solutions at Siemens—and I do a deep-dive into how machine manufacturers leverage the digital twin technology to start utilizing smart manufacturing. The digital twin does more than what one sees on the surface; it really spans the whole gamut, from design to manufacturing to operations management, into commissioning and service life.
Tune in to learn about the portability of this tool, and how the digital twin overall vastly improves the production process.
Some Questions I Ask:
- How does 3-D printing come into play with Smart Manufacturing? (1:31)
- What are the benefits of smart manufacturing? (10:29)
In This Episode, You Will Learn:
- What the digital twin fully encompasses and how it functions in the design process. (4:06)
- How the digital twin is applied to manufacturing disciplines. (6:26)
- What factors determine the overall return on investment in smart manufacturing. (10:47)
Industrial machinery in manufacturing is experiencing a radical upswing of technological advancements based on smart manufacturing. This exciting trend, however, creates a challenge for validating and managing modern manufacturing and assembly operations for achieving premium quality and optimizing cost.
The second podcast of this series about smart manufacturing by Siemens, solutions for the industrial machinery industry by Siemens Digital Industries Software, delivers insights on how machine manufacturers are leveraging the digital twin to make their manufacturing smarter. The significance of the digital twin for machine builders is profound and compelling. The podcast discussion examines the digital twin processes from the inception of the design through manufacturing, operations management, commissioning and service life.
Engineering expert, Bill Davis, Director of Industrial Machinery and Heavy Equipment Solutions at Siemens provides ample knowledge and commentary into the many aspects of smart manufacturing.
Bill’s expertise spans over 30-years, including both the industrial machinery and heavy equipment industries. He has active participation in CAD, PLM, PDM, the digital enterprise and the digital thread. In this podcast series, Bill is evaluating the manufacturing industry, assessing the smart manufacturing environment and forecasting innovative solutions.
3D printing, digital twin and smart manufacturing
In the last several years, there has been a move towards 3D printing and additive manufacturing. From a machining perspective, it allows the machine designer to consolidate components via the additive manufacturing process, leading to less expensive parts, superior reliability and increased durability.
The digital twin plays a role in this process.
From a smart manufacturing perspective, the digital twin requires more than just additive manufacturing. It also should include post-process machining along with several make-ready processes for industrial machinery assembly—a whole new class of machinery that’s worth the investment. The digital twin encompasses far more than just the designing of parts or mechanical components of a machine. To add flexibility and adaptability, the digital twin must reflect the electrical part, the software and the PLC programming.
It’s a multi-disciplinary approach incorporated into a true digital twin, and it is critical to have the right software to manage all of this.
Manufacturing disciplines and the manufacturing space
Whether mechanical, electrical or software, the manufacturing disciplines need to generate CMM or inspection files to automate the process of the system manufacturing of parts. In the engineering space, it’s imperative to simulate the software, execute the product and provide a physical domain.
From an electrical perspective, there can be diverse manufacturing requirements, especially if the manufacturing equipment is from multiple vendors. The functionality of these machines might be similar; however, their configuration from an electrical and mechanical requirement could be entirely different. This variability is what machinery builders need to reflect in their digital twin.
And it’s not merely about building the part and executing it but managing delivery, manufacturing, operations and quality. In this podcast, Bill’s knowledge of manufacturing operations management provides insight into coordinating all these activities to deliver the correct parts at the right time.
Benefits of smart manufacturing
The manufacturing of the machinery is an elaborate dance between the supply chain, internal manufacturing and assembly, so a united knowledge management piece is key. Smart manufacturing provides the portability to create the design, transport it to a remote facility while retaining the quality and reliability of the manufacturers’ product. This flexibility is a significant value-add of smart manufacturing – tying in both the design and extension into manufacturing operations and operations management.
This concludes the second blog and podcast in a series on smart manufacturing and the trends affecting the industry. Our next blog will cover the differentiators of smart manufacturing and our philosophy, expertise, quality and volume of experience – where challenges of today meet solutions for tomorrow.
About the author:
Bill Davis is the acting Industrial Machinery and Heavy Equipment Industry leader for Siemens Digital Industries. His experience and insights have been acquired from a career spanning 30 years in engineering and operations management with machinery and heavy equipment companies. Bill holds a master’s degree in Business Administration from Marquette University, with a concentration in Operations Management and Strategic Marketing, as well as a Bachelor of Science degree in Mechanical Engineering from Milwaukee School of Engineering.
Advanced Machine Engineering
This Smart Manufacturing Podcast by Siemens Digital Industries explores the advantages of smart manufacturing, a digitalized product development strategy and the solutions it offers for the Industrial Machinery industry.