Doosan Robotics to Unveil 'AI Robot Solution' at Automatica 2025
Doosan Robotics is set to showcase its innovative advancements in artificial intelligence at Automatica 2025, one of Europe’s leading automation exhibitions, taking place in Munich, Germany from June 24. This event marks a significant opportunity for the company to present the most comprehensive exhibition of its AI-integrated robotics and automation solutions yet.
At the heart of their display will be the 'AI Robot Solution', highlighting a variety of intelligent robotic technologies designed to revolutionize the automation landscape. The two-part exhibition will include themed segments titled 'Automation in Action' and 'Automation to Reality', allowing visitors to interact and engage with the latest advancements in robot solutions.
In the
'Automation to Reality' section, attendees will be exposed to an impressive range of AI-driven robotic solutions, many of which are developed in partnership with tech giants such as NVIDIA and AWS. A standout presentation will center around
'Voice to Real', an innovative solution that leverages voice recognition technology to understand and execute user commands in real-time. This cutting-edge technology allows collaborative robots to comprehend everyday language, identify user intent, and perform tasks autonomously. This represents a leap forward in making AI user-friendly and practical in everyday applications.
The
Material Handling Solution will impress with its integration of three collaborative robots, capable of recognizing and manipulating objects through advanced vision capabilities without the need for prior training. This functionality is powered by Doosan's proprietary
Multi-Arm Dynamic Manipulation Engine, enabling the robots to carry out complex tasks with precision and efficiency.
Another key attraction will be the
Sanding Solution, which has been developed to map and polish intricate surfaces autonomously using AI technology alongside 3D vision systems. This focused approach not only simplifies the sanding process but also enhances the quality of the finish. Additionally, the
Inspection Solution will be available, designed to conduct real-time exterior inspections of vehicles with high accuracy, utilizing a sophisticated 3D scanning system that safeguards quality assurance in manufacturing.
The
'Sim to Real' aspect promises to be a highlight of the presentation, utilizing NVIDIA's Isaac Sim technology on the NVIDIA Omniverse platform. This advanced solution simulates and validates the functionalities of AI-driven robots using GPU acceleration. By efficiently calculating intricate robot trajectories in real-time, the technology ensures that simulated actions are seamlessly transmitted to physical robots, allowing for an enhanced and immediate response in operational settings.
Switching gears to the
'Automation in Action' exhibit, visitors can look forward to demonstrations showcasing practical robot applications in crucial manufacturing processes. The engagement highlights areas including welding, machine tending, assembly, quality inspection, and palletizing—all of which are co-developed in collaboration with various European partners. These solutions are already in active deployment with globally recognized industry leaders such as General Motors, Danone, Heineken, and Royal Mail, validating their effectiveness and integration into the European market.
Founded in South Korea in 2015, Doosan Robotics has rapidly specialized in providing AI-empowered robotic solutions that enhance automation technology across diverse industries worldwide. The company prides itself on delivering high-performance and user-friendly robotic systems that cater to the evolving demands of modern manufacturing and automation.
For more in-depth insights and updates, you can visit their official website:
Doosan Robotics.
In conclusion, Automatica 2025 offers a fantastic platform for Doosan Robotics to present its pioneering solutions. This event not only signifies technological advancement but also lays the groundwork for the future of automation through intelligent robotics.