Robot Center: Unifying Robotics Engineering in Process Simulate

In today’s highly automated manufacturing environment, industrial robots are at the heart of production. From material handling to assembly and welding, their roles are expanding – and so is the complexity of managing them. With Process Simulate, engineers have long had the ability to program, simulate, and validate robot operations in a digital twin. But as robotic cells become more advanced and multi-functional, the need for a more structured and accessible way to manage robot data has become clear. Explore how Robot Center provides enhanced clarity, structure, and efficiency to your engineering workflow.

AI Copilot: Accelerating Robotic Programming from Analysis to Commissioning

Explore how Process Simulate AI Copilot integrates AI directly into robotic programming workflows. Instead of navigating menus, building collision pairs, or deciphering error logs, engineers can simply ask — and get precise, actionable answers. The article shows how AI Copilot inventories robots, assigns tools, generates collision pairs, and summarizes operations with color-coded visualization. It also covers automated reachability checks that flag problematic targets early, and intelligent diagnostics that explain download failures and recommend fixes. By removing repetitive tasks and exposing risks sooner, Process Simulate AI Copilot helps teams validate faster, optimize cycle time, and deliver production-ready robotic cells with confidence.

Introducing the AI Powered Copilot for Siemens Plant Simulation software [VIDEO]

Imagine having an intelligent manufacturing assistant built directly into your simulation workflow, one that instantly answers your discrete event questions, streamlines complex optimization tasks, and helps you build better Plant Simulation models in a fraction of the time. That future is now a reality. 

By offloading the repetitive and technical overhead — model exploration, code generation, data preparation, scenario setup, it guides engineers through search documentation to focus on high-value work like experimentation, insight generation, and system optimization. The result is faster modeling, clearer understanding, and dramatically shorter time-to-decision.

The future of bridging humans, robots, and humanoids with Process Simulate software [VIDEO]

Humanoid robots are expected to gradually enter the factory floor within the next few years. However, their ability to rapidly learn and adapt makes them particularly exciting — but also introduces new levels of uncertainty for manufacturers. This is where Siemens advanced manufacturing simulation and validation software, Process Simulate, becomes indispensable, allowing manufacturers to virtually model and simulate the entire ecosystem — humans, robots, and automation systems — and eventually humanoids, within a unified production environment. By modeling humanoids within Process Simulate Human, manufacturers could test feasibility, validate ergonomics, plan workflows, and de-risk integration before deployment.

Transforming Manufacturing Simulation with AI: BSH’s journey with Siemens Process Simulate Copilot

BSH is one of the world’s leading home appliance manufacturers and as a longtime Siemens customer, BSH has worked extensively with Siemens on 3D manufacturing simulation and digitalization projects to optimize production planning and validation. Most recently, AI is central to Siemens and BSH’s collaboration, with the AI-powered Process Simulate Copilot making advanced manufacturing simulation more accessible. Explore how the Process Simulate Copilot helps empower both simulation experts and beginners optimize operations faster and more effectively. In workshops, it reduced optimization time from hours to minutes and often improved quality. This partnership highlights how human-AI collaboration can accelerate manufacturing simulation and broaden participation in Industry 4.0.

Stepping into the future with Siemens Process Simulate Copilot: AI-Driven Robotic Simulation [VIDEO]

Explore how to use Process Simulate Copilot to streamline the creation of a pass template, a structured list of standard robot actions used to configure trajectories. Designed to help simplify complex robotic simulations, Process Simulate Copilot empowers engineers by accelerating decision-making, enhancing simulation workflows, all while distilling simulation data into concise study information summaries. Whether it’s optimizing robot paths or solving collision issues faster than ever before, the Copilot provides intelligent guidance, unlocking new levels of efficiency in digital manufacturing.

From data to decisions: AI-Powered Copilot for smarter simulations

The integration of artificial intelligence (AI) into process simulation is transforming the way engineers design, optimize, and validate production workflows. Siemens Process Simulate Copilot emerges as the latest next-generation AI-driven assistant, redefining efficiency in digital manufacturing. By harnessing AI technologies available in cloud-based Process Simulate X, this intelligent Copilot enhances user experience, streamlines complex tasks, and accelerates decision-making—all while automating intricate simulation processes.

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Advancing robotic simulation in Process Simulate X with Stäubli RCS [VIDEO]

Manufacturers are constantly looking for ways to optimize robotic automation, human tasks, and production processes—and that’s where Siemens Process Simulate X comes in. Built on cloud technology, it enables end-to-end simulation and validation, from concept to production. In this video, see how Stäubli Robotics, a global leader in high-precision automation, leverages Process Simulate X to enhance automated electronics assembly and other advanced manufacturing applications.

AI in manufacturing: Transforming engineering, production and supply chains

Manufacturing is at a turning point. Rising complexity, supply chain disruptions, and evolving customer demands are pushing traditional methods to…