Outperform Predictive Maintenance with a comprehensive

Harness the power of a holistic Digital Twin to design, test, and refine products, equipment, and entire production lines in a virtual environment before implementation in the physical world. By doing so, manufacturers can better manage complexity, accelerate development cycles, and advance sustainability across their operations.

Advanced simulation technologies are becoming essential for businesses to adapt to rapid market shifts and operational challenges. By integrating these capabilities, companies strengthen competitiveness and drive genuine digital transformation — with the Digital Twin at the core.

By combining historical insights with real-time data, the Digital Twin creates a dynamic virtual replica that reflects current operations and anticipates future outcomes with accuracy.

Advanced simulation technologies are becoming essential for businesses to adapt to rapid market shifts and operational challenges. By integrating these capabilities, companies strengthen competitiveness and drive genuine digital transformation — with the Digital Twin at the core.

By combining historical insights with real-time data, the Digital Twin creates a dynamic virtual replica that reflects current operations and anticipates future outcomes with accuracy.

Make it right the first time with the

A Digital Twin is a virtual counterpart of a physical asset, process, or even an entire supply chain, continuously evolving across its lifecycle.

By bridging the physical and digital worlds, it enables companies to design, test, and refine products and production systems before committing to costly real-world investments. This reduces reliance on physical prototypes, shortens development cycles, and lowers risks.

The Power of Physics-Based Simulation

Looking only at historical data and analytics is not enough to accurately anticipate future outcomes. A truly effective Digital Twin integrates physics-based simulation, blending industrial AI with the laws of science. This combination allows products and processes to be modeled virtually and predicted with high confidence.

Explore “What If” Scenarios Before You Build

The Digital Twin creates value by enabling companies to simulate countless “what if” scenarios in the digital world before taking action in the real one. This capability accelerates decision-making, reduces time to market, and conserves scarce resources, all while ensuring product performance and reliability with greater accuracy.

Smarter Operations with Data and AI

During operation, the physical asset and its Digital Twin run in parallel. By feeding real-time operational data into data-driven algorithms, the Twin becomes increasingly accurate, enabling continuous optimization and predictive maintenance. When combined with artificial intelligence, this synergy unlocks even deeper insights.

The Power of Physics-Based Simulation

Looking only at historical data and analytics is not enough to accurately anticipate future outcomes. A truly effective Digital Twin integrates physics-based simulation, blending industrial AI with the laws of science. This combination allows products and processes to be modeled virtually and predicted with high confidence.

Explore “What If” Scenarios Before You Build

The Digital Twin creates value by enabling companies to simulate countless “what if” scenarios in the digital world before taking action in the real one. This capability accelerates decision-making, reduces time to market, and conserves scarce resources, all while ensuring product performance and reliability with greater accuracy.

Smarter Operations with Data and AI

During operation, the physical asset and its Digital Twin run in parallel. By feeding real-time operational data into data-driven algorithms, the Twin becomes increasingly accurate, enabling continuous optimization and predictive maintenance. When combined with artificial intelligence, this synergy unlocks even deeper insights.

The Power of Physics-Based Simulation

Looking only at historical data and analytics is not enough to accurately anticipate future outcomes. A truly effective Digital Twin integrates physics-based simulation, blending industrial AI with the laws of science. This combination allows products and processes to be modeled virtually and predicted with high confidence.

Explore “What If” Scenarios Early On

The Digital Twin creates value by enabling companies to simulate countless “what if” scenarios in the digital world before taking action in the real one. This capability accelerates decision-making, reduces time to market, and conserves scarce resources, all while ensuring product performance and reliability with greater accuracy.

Smarter Operations with Data and AI

During operation, the physical asset and its Digital Twin run in parallel. By feeding real-time operational data into data-driven algorithms, the Twin becomes increasingly accurate, enabling continuous optimization and predictive maintenance. When combined with artificial intelligence, this synergy unlocks even deeper insights.

Digital Twin for Products

Digital Twins help to design, simulate, and verify a physical product and the process used to make it. It starts during the initial stage of development. Designers can benefit from digital representations of their products that support the simulation of behavioral aspects, including mechanics, multi-physics, electronics, and software. Designs can incorporate both physics-based digital simulations as well as results of physical prototype testing to provide the most accurate predictions.

Digital Twin for Production

The Digital Twin helps to plan, simulate, predict, and optimize all production processes, optimize machines, lines, and even complete factories and plants throughout their lifecycle. It starts with design, engineering, and simulation in the digital world, making production processes faster, more efficient, and more sustainable. With our digitally optimized production processes and system-wide energy management solutions, energy consumption in production can be significantly reduced.

Digital Twin of Performance

In the operational phase, the physical asset and the Digital Twin coexist. Performance data from real production or products can be collected, analyzed, and fed back into the development process. The result is a continuous loop of optimization. Resource consumption and the corresponding ecological footprint can be continuously optimized throughout the entire life cycle. This helps improve the performance in all aspects, so there's always room for optimization.

Digital Twin for Products

Digital Twins help to design, simulate, and verify a physical product and the process used to make it. It starts during the initial stage of development. Designers can benefit from digital representations of their products that support the simulation of behavioral aspects, including mechanics, multi-physics, electronics, and software. Designs can incorporate both physics-based digital simulations as well as results of physical prototype testing to provide the most accurate predictions.

Digital Twin for Production

The Digital Twin helps to plan, simulate, predict, and optimize all production processes, optimize machines, lines, and even complete factories and plants throughout their lifecycle. It starts with design, engineering, and simulation in the digital world, making production processes faster, more efficient, and more sustainable. With our digitally optimized production processes and system-wide energy management solutions, energy consumption in production can be significantly reduced.

Digital Twin of Performance

In the operational phase, the physical asset and the Digital Twin coexist. Performance data from real production or products can be collected, analyzed, and fed back into the development process. The result is a continuous loop of optimization. Resource consumption and the corresponding ecological footprint can be continuously optimized throughout the entire life cycle. This helps improve the performance in all aspects, so there's always room for optimization.

Digital Twin for Products

Digital Twins help to design, simulate, and verify a physical product and the process used to make it. It starts during the initial stage of development. Designers can benefit from digital representations of their products that support the simulation of behavioral aspects, including mechanics, multi-physics, electronics, and software. Designs can incorporate both physics-based digital simulations as well as results of physical prototype testing to provide the most accurate predictions.

Digital Twin for Production

The Digital Twin helps to plan, simulate, predict, and optimize all production processes, optimize machines, lines, and even complete factories and plants throughout their lifecycle. It starts with design, engineering, and simulation in the digital world, making production processes faster, more efficient, and more sustainable. With our digitally optimized production processes and system-wide energy management solutions, energy consumption in production can be significantly reduced.

Digital Twin of Performance

In the operational phase, the physical asset and the Digital Twin coexist. Performance data from real production or products can be collected, analyzed, and fed back into the development process. The result is a continuous loop of optimization. Resource consumption and the corresponding ecological footprint can be continuously optimized throughout the entire life cycle. This helps improve the performance in all aspects, so there's always room for optimization.

Endless opportunities to learn about the Digital Twin

Immerse yourself in the unique combination of the real and digital worlds

Experience how combining the real and the digital worlds makes it possible to seamlessly integrate the entire value chain from design to realization, while optimizing with a continuous flow of data. A true Digital industry is able to harness the unlimited power of data by gaining valuable insights to make fast and confident decisions – and to create best-in-class products through efficient production.

Ready to transform your maintenance strategy?