white paper

Implement advanced robotics in the journey to the factory of tomorrow

Industrial advanced robotics promote automation in tomorrow’s manufacturing factory

The field of industrial robotics has reached the next level of automation, with improved production flexibility and reduced programming time. It is essential to know where your company stands in the journey to advanced robotics to understand how to implement these new technologies.

Download our white paper to discover how companies are already implementing these technologies and the necessary practices to meet the challenges of complexity, customization, and openness, ultimately improving their time-to-market.

Use advanced robotics to meet the goal of flexibility in manufacturing

Advanced robotics save time and optimize production between robots and human collaborators. They can adapt and continuously improve from data collected by the Industrial Internet of Things (IIoT) processed with artificial intelligence (AI). Because of this, advanced robotics meet manufacturing flexibility goals by enabling operations in an unknown or dynamic environment with frequently changing tasks to produce highly customized products.

Use flexible automation to address the needs of the factory of tomorrow

Advanced robotics is where today meets tomorrow. By implementing adaptive machines that can sense and react to what they are working on, factories and other facilities that rely on automation take a step toward complete customization and openness. Advanced robotics takes increasing complexity and leverages it to develop a highly connected and efficient workflow that can meet the changing needs of a diverse landscape of high-mix production output.

Improve visualization and enable early design validation with advanced robotics

Advanced robotics processes focus on implementing a comprehensive digital twin to improve visualization, enable early validation of designs, and facilitate collaboration across a business. These processes act as pillars for the future digital platform by offering core values like integrated validation for AI, data analytics using IIoT, virtual commissioning with automation systems, and an open API for near-infinite customization.

Discover how Siemens provides a flexible ecosystem with each of these technologies to address the production challenges of complexity, customization, and openness — Download the white paper to learn more.

Share

Related resources

Unleash the power of an integrated CAE workflow for efficient design of fast boats
Webinar

Unleash the power of an integrated CAE workflow for efficient design of fast boats

Learn how you can create a propulsion system with systems simulations and deploy it in a computational fluid dynamics (CFD) self-propulsion simulation to assess the maximum speed.

How to design a ship using a simulation-driven approach
Webinar

How to design a ship using a simulation-driven approach

Watch this webinar to learn how digital tools can change your approach on how to design a ship. Ensure all requirements are met and remove the design spiral from your process.

The future of ship design and engineering
Solution Brief

The future of ship design and engineering

Remain in control of the design spiral with a digital thread approach to ship design and engineering