Virtual twin
What if the future were now? Embrace the virtual twin to transform your industry.
In a rapidly changing world, where consumer expectations are evolving quickly and pressure to reduce carbon footprints is constantly growing, the question is no longer “when” to innovate, but “how.”
The virtual twin is not just a technology. It is a paradigm for reinventing industrial processes. It is an opportunity for visionary companies to combine economic performance, environmental control, and customer satisfaction.
What is a virtual twin? A virtual twin is a virtual model of a physical object; it is a dynamic virtual replica of a real object, process, or system, integrating both data from the physical world and advanced simulation capabilities.
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Why adopt the virtual twin?
- Premium-quality products: Thanks to real-time simulations,identifydefects before they occur. Design more reliable and higher-performing products, increasing customer satisfaction while reducing costs related to returns or repairs.
- A measurable reduction in carbon footprint: Virtualtwins enable you, at a very early stage, to design and optimize every step of your value chain: less waste, more efficient use of resources, and a transition toward sustainable materials.
- Optimized production processes, by consuming less energy and fewer resources, while reducing your operational costs.
- Adriver ofcompetitiveness: Today, consumers and partners favor responsible companies. By integrating virtual twins, you meet these expectations and gain market share from competitors who are struggling to adapt.
- Immediate and long-term ROI: Optimizeyour operational costs from the very first months and secure a sustainable competitive advantage through innovative, eco-designed, and competitive products.
With virtual twins, you enter an era of precision and prediction: every stage of design, production, and logistics is optimized even before being physically executed. You can test, adjust, and validate innovations in just a few days, where it once took months. The benefits are highly significant: shorter production cycles, high-quality products, and a managed carbon footprint.
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SALOMON Testimonial
Salomon, a global leader in winter sports and trail running equipment, is committed to a social and environmental transformation. Virtual modeling and simulation are opening up new possibilities in eco-design, supporting the objective of reducing greenhouse gas emissions by 30% by 2030 and achieving carbon neutrality by 2050.
In partnership with KEONYS, Salomon Footwear uses the finite element analysis software Abaqus to virtually reproduce the dynamic behavior of footwear and its impact on running and walking biomechanics.
New White Paper – Virtual Twin: Simulating Tomorrow, Transforming Today
We are entering a new era where the real and virtual worlds are converging to redefine industry.
The virtual twin is now establishing itself as a concrete tool for anticipating uncertainties, optimizing processes, and accelerating innovation.
What if the future was now? What if we could watch, understand, and transform industry without ever touching it?
Virtual twins let you design the future, test drive it and take control starting today. This new white paper dives into real-world use cases and offers insights into the industrial, human, and strategic issues around virtual twins. Readers will see how industry is entering a new era, where you can experiment with tomorrow before it arrives.
