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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.

Retrieval-Augmented Generation (RAG) and LLMs for smart code generation: Advancing Plant Simulation SimTalk and beyond

Explore the potential of large language models (LLMs) generating SimTalk code, the scripting language in Siemens Plant Simulation software. Learn how Retrieval-Augmented Generation (RAG) is a powerful technique that significantly enhances the performance of LLMs by dynamically integrating external knowledge sources into the generation process. This integration allows models to access up-to-date, domain-specific information that may not be captured in their pre-training, making them much more versatile and reliable in responding to complex queries. Learn how Siemens extensive SimTalk documentation serves as a powerful foundation for contextual code generation.

Polygon Technologies reduces onsite commissioning time by 70 percent

Polygon Technologies develops advanced robotic automation solutions that help businesses streamline their processes, reduce costs and improve productivity. Serving industries such as automotive, aerospace, electronics and industrial manufacturing, the firm has built a reputation for delivering high-performance robotic systems tailored to complex production challenges. Their latest innovation, Wirebot, is transforming the complex process of wire harness assembly for electrical cabinets.

Discover What’s New in Optimize my plant 2503:  The power of the digital twin in the hands of factory operations!

Optimize my plant is a cloud-based solution available in the Tecnomatix portfolio, designed to transform manufacturing decision-making by integrating digital simulation models with real-time data. By connecting Plant Simulation models to Optimize my plant, manufacturers can create always-on, calibrated Digital Twins, enabling fast, data-driven scenario analysis for optimizing the performance of production systems.

Crane simulation reduces costs while enhancing planning reliability

Crane simulation plays a vital role in optimizing industrial production by improving workflow efficiency and ensuring seamless coordination between human operators and machinery. Integrating remote control systems allows for precise movement and synchronization, minimizing delays and inefficiencies. Accurate simulations also help determine the ideal number of cranes required, preventing costly overdimensioning. Additionally, assessing load distribution on crane runways ensures structural stability and avoids expensive retroactive modifications. By leveraging digital tools, businesses can enhance planning reliability, reduce costs, and improve safety. At the Plant Simulation User Conference 2025, Steffen Bangsow will present insights on optimizing crane-based production systems.

Manufacturing collaboration in the cloud: automotive spot welding design [VIDEO]

Learn how Siemens latest enhancement has integrated Microsoft Teams with cloud-based Process Simulate X, powered by Process Simulate Collaborate, to improve collaboration between engineers, planners and production managers. Now, a supplier or simulation engineer can share real-time process updates with the OEM manufacturing team, ensuring that robot paths, safety zones, and cycle times are reviewed and refined together.

Powering advanced bin-picking with Concept Analysis, Dynamic Simulation, and Virtual Commissioning 

Bin-picking refers to the automated process of using robots, often equipped with vision systems, to identify, pick, and place parts from a bin or container. Explore how static analysis, robotics simulation and virtual commissioning technology help evaluate, debug, and validate bin-picking stations before physical hardware is deployed, reducing risks and avoiding costly delays.

Introducing cloud-based trials for Process Simulate X: Robotics & Human

The future of digital manufacturing is here with Process Simulate X, now available in cloud-based trials. This industry-leading digital manufacturing software combines flexibility, security, and scalability with cutting-edge cloud technologies. Whether optimizing robotic automation or enhancing human task simulation, these trials empower manufacturers to streamline operations and boost efficiency like never before.

Maximize pharmaceutical plant efficiency with the power of Siemens Plant Simulation

In the fast-paced world of pharmaceutical manufacturing, optimizing plant design and operations is crucial for ensuring high-quality production and meeting regulatory standards. As the industry continues to evolve, adopting advanced technologies like simulation has become essential for designing and improving pharmaceutical plants. Utilizing simulation tools not only allows you to create more efficient and flexible plant layouts but also helps you predict and optimize resource consumption, material flow, and production line design before any physical construction takes place.