#virtual twin

[bonsystems-blog]

The Evolution of Automated Processes: How Virtual Twin Technology is Transforming Industrial Workflows

Industrial innovation has continuously evolved alongside technological advancements, bringing forth new paradigms. In particular, manufactur

As industrial automation advances, companies must adopt cutting-edge technologies to stay competitive. Virtual Twin technology is revolutionizing manufacturing by creating digital replicas of physical systems, allowing predictive simulations, optimized workflows, and enhanced product quality.

Why Automation and Virtual Twins Matter

✔ Increased Efficiency – Automated systems operate 24/7, reducing production time and costs ✔ Predictive Management – Virtual Twins anticipate failures and optimize maintenance ✔ Enhanced Flexibility – Supports high-mix, low-volume manufacturing for customized production ✔ Safer Work Environments – Automation reduces risks by handling hazardous tasks

🔗 Discover how automation is evolving

[yourkompanions]

Role of Digital Twin Technology in Modern Manufacturing

Discover how Digital Twin technology is transforming modern manufacturing by enhancing efficiency, improving production processes, reducing

[yahoonewsdigest-gb]

'Virtual twinning already happening': Your digital self could save your life

Technology

'Virtual twinning already happening': Your digital self could save your life

Every person may one day have a "virtual twin" containing all their organs, bones and nerves that can be used by surgeons to plan and rehearse complex operations. The "cadaver in the cloud" idea is not so far fetched to doctors who are already using the technology in top clinics and medical schools. Soldiers on their way to combat zones may be the first to have virtual clones created of their bodies.

To a small extent virtual twinning is already happening. The idea is to image somebody when they are in a healthy state so the data is available if it's needed at a later point.

Dr James Mah, orthopaedic surgeon

The technology uses a table-sized touch-sensitive screen to present full-scale 3D images of the human body that can be stripped down layer by layer to reveal reveal organs, blood vessels, nerves and bones from any point of view. Demonstrating one of the machines, orthopaedic surgeon Dr James Mah from the University of Nevada, said: "There are military applications. Unfortunately some of our veterans have lost limbs and other tissue, and the challenge is to reconstruct them. A virtual template in the field would be very useful, and that's been in discussion." During the demonstration he showed how it was possible to rotate the cadaver image around, tilt its body up, and probe deeper to uncover tissues and skeleto-muscular features in fine detail and vibrant colours.