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Robotics Industry Sees Increased AI Integration at Automatica 2025

June 24, 2025 – The Automatica 2025 trade show in Munich, Germany, saw a significant focus on the integration of artificial intelligence (AI) and simulation technologies within robotics, driven primarily by advancements from NVIDIA and several key industry partners. The event highlighted a shift towards “sim to real” automation and the increasing sophistication of collaborative robots. This blog post details the key developments reported on June 24th, 2025, based on announcements and demonstrations at the show.

NVIDIA and Partner Collaborations Drive Simulation-First Automation

The central theme of Automatica 2025 was undoubtedly the increased reliance on NVIDIA’s platforms – Omniverse and Isaac Sim – to accelerate the development and deployment of industrial robots. Multiple companies leveraged these tools to streamline the process from initial design to real-world operation.

• Delta Electronics’ D-Bot Series: Delta Electronics unveiled two new collaborative robots, the D-Bot Mar and D-Bot 2 in 1, both trained using NVIDIA’s Omniverse and Isaac Sim platforms. These robots are specifically targeted at revolutionizing intralogistics and production workflows. The use of these platforms allows for rapid prototyping and testing of automation solutions, significantly reducing the time and cost associated with traditional robot deployment. Details regarding specific performance metrics or pricing were not released at the time of the announcement.

• Wandelbots and SoftServe Scale Simulation-First Automation: Wandelbots, a robotics software company, announced a partnership with SoftServe to scale simulation-first automation for industrial robots. This collaboration utilizes NVIDIA Isaac Sim to enable virtual validation and real-world deployment. The partnership’s core focus is on reducing the risk and cost associated with integrating robots into existing manufacturing environments. The announcement emphasized the ability to identify and resolve potential issues within the virtual environment before committing to physical hardware.

• Cyngyn Integrates DriveMod into Isaac Sim: Cyngyn, known for its DriveMod autonomous mobile robotics technology, demonstrated its integration with NVIDIA Isaac Sim. This integration provides high-fidelity virtual testing capabilities, allowing for the simulation of industrial vehicles such as the Motrec MT-160 Tugger and BYD Forklift. The ability to test autonomous vehicle control algorithms within Isaac Sim reduces the need for physical testing on public roads or within sensitive industrial environments.

• Doosan Robotics’ ‘Sim to Real’ Solution: Doosan Robotics showcased a “sim to real” solution designed for seamless task transfer from simulation to physical robots. This approach is intended to streamline the integration of robots into a diverse range of manufacturing and service sectors. While specific applications were not detailed, the company highlighted the potential for rapid adaptation and optimization of robot programs based on simulated performance data.

• Franka Robotics’ GR00T N1.5 Integration: Franka Robotics demonstrated a significant advancement in robot manipulation capabilities through the integration of NVIDIA’s GR00T N1.5 AI into their dual-arm Franka Research 3 robot. This integration enables autonomous complex manipulation without requiring task-specific programming. The GR00T N1.5 AI allows the robot to adapt its movements and strategies based on the current task, demonstrating a level of cognitive flexibility previously uncommon in industrial robots. The demonstration focused on complex assembly tasks, showcasing the robot’s ability to handle variations in object shapes and sizes. [4][5]

Techman Robot Celebrates 10 Years with AI-Powered Collaborative Robots

Alongside the broader industry trends, Techman Robot marked its 10th anniversary with a focus on advancements in AI-powered collaborative robots. While specific details about the anniversary celebration were not widely reported, the company highlighted its ongoing commitment to developing robots equipped with AI capabilities. The company’s focus remains on providing robust, user-friendly collaborative robots designed to augment human capabilities in a variety of industrial applications.

Key Takeaways and Observations

The Automatica 2025 event underscored several key trends shaping the robotics industry:

• Simulation-First Approach: The overwhelming emphasis on NVIDIA’s Isaac Sim and Omniverse suggests a growing industry-wide shift towards simulation-first automation. This approach is reducing development time, minimizing risk, and lowering the cost of robot deployment.

• AI-Driven Flexibility: The integration of AI, particularly NVIDIA’s GR00T N1.5, is enabling robots to perform more complex and adaptable tasks, moving beyond pre-programmed routines.

• Seamless Integration: The “sim to real” solutions demonstrated by companies like Doosan Robotics highlight the importance of seamless integration between simulation and physical robots.

• Continued Growth of Collaborative Robots: The event showcased the continued expansion of the collaborative robot market, driven by advancements in AI and the increasing demand for flexible automation solutions.

Summary of Developments – June 24, 2025

On June 24th, 2025, the robotics industry witnessed a significant concentration of innovation centered around AI integration and simulation technologies. NVIDIA’s platforms were prominently featured in collaborations between Delta Electronics, Wandelbots, SoftServe, Cyngyn, Doosan Robotics, and Franka Robotics. These partnerships focused on accelerating robot development, reducing deployment risks, and enabling more flexible and adaptable robotic solutions. Techman Robot celebrated its 10th anniversary, reaffirming its commitment to AI-powered collaborative robots. The event solidified the trend towards simulation-first automation and highlighted the growing sophistication of industrial robots.

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