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Robotics Industry Sees Expansion with New Center of Excellence and Startup Showcase

Raleigh, NC & Automatica 2025 – June 26, 2025 – The robotics industry experienced notable developments today, primarily driven by expansion within established manufacturers and the unveiling of innovative solutions from emerging startups. Key announcements centered around Schneider Electric’s new Robotics and Motion Center of Excellence in Raleigh, North Carolina, and the debut of RealMan Robotics’ ECO Series at Automatica 2025. These developments highlight a growing trend towards greater automation, increased collaboration between humans and robots, and a focus on precision and safety within various manufacturing sectors.

Schneider Electric Opens Robotics and Motion Center of Excellence

Schneider Electric announced the opening of its new Robotics and Motion Center of Excellence in Raleigh, North Carolina, marking a significant investment in bolstering U.S. manufacturing capabilities through advanced automation and artificial intelligence-driven solutions. The center’s primary objective is to foster innovation and collaboration within the robotics ecosystem, offering access to a suite of technologies designed to optimize manufacturing processes.

The center’s offerings are built around several key components:

• EcoStruxure Digital Twin: Schneider Electric is providing access to its EcoStruxure Digital Twin platform, a virtual representation of physical assets and processes. This allows partners to design and simulate robotic systems virtually before physical implementation, significantly reducing development time and costs. The Digital Twin facilitates predictive maintenance, optimized system performance, and rapid adaptation to changing production needs.

• EcoStruxure Automation Expert Software: The center will provide access to the EcoStruxure Automation Expert software, a platform for open automation systems. This software allows for the design, configuration, and operation of complex automation solutions, supporting a wide range of industrial applications. Its open architecture promotes flexibility and integration with other systems.

• Lexium MC12 Multi Carrier System: A core element of the center’s offerings is the Lexium MC12 Multi Carrier system. This system is designed to enhance the flexibility and reduce changeover times associated with robotic automation. The MC12 system’s multi-carrier design allows for rapid tool and gripper changes, crucial for handling diverse parts and processes within a manufacturing environment.

• Lexium Cobot Range: Schneider Electric is also showcasing its Lexium Cobot range, designed to facilitate collaborative robotics. These robots are engineered to work alongside human workers, boosting productivity while simultaneously reducing the risk of worker injuries. The company emphasizes the potential of these collaborative robots to improve overall efficiency and minimize downtime. [1]

RealMan Robotics Showcases ECO Series at Automatica 2025

Concurrent with Schneider Electric’s announcement, RealMan Robotics, a startup specializing in ultra-lightweight humanoid and embodied robots, is presenting its AI-powered ECO Series at Automatica 2025. The company’s focus is on developing robots that are both highly precise and remarkably lightweight, targeting small and medium-sized enterprises (SMEs) across several industries.

Key features of the ECO Series include:

• Patented Servo Actuators: RealMan Robotics has developed patented servo actuators that offer exceptional precision, achieving ±0.05 mm repeatability. This level of accuracy is critical for applications requiring delicate handling and precise positioning.

• Ultra-Lightweight Designs: The ECO Series robots are notable for their exceptionally light designs. For example, the ECO-65 arm weighs only 7.8 kg, significantly reducing the cost and complexity of integrating robots into existing workflows.

• Collaborative Safety Features: Recognizing the importance of safety in collaborative environments, RealMan Robotics has incorporated advanced safety features into the ECO Series. These features are designed to minimize the risk of worker injuries and ensure a safe working environment.

• Target Industries: The startup is targeting SMEs with applications in electronics assembly, inspection, automotive manufacturing, and logistics. The lightweight and adaptable nature of the ECO Series makes it suitable for a range of tasks within these sectors. [2]

Industry Reaction and Future Outlook

The announcements from Schneider Electric and RealMan Robotics reflect a broader trend within the robotics industry – a move towards more accessible, adaptable, and collaborative robotic solutions. The focus on digital twin technology, lightweight designs, and safety features demonstrates a commitment to addressing the challenges faced by manufacturers across various scales.

While neither company provided specific sales figures or detailed projections for the future, the combined impact of these developments suggests a continued expansion of the robotics market, particularly within the SME sector. The integration of AI-powered solutions, alongside advancements in hardware design, is expected to drive further innovation and productivity gains in the coming years. The Automatica 2025 showcase provides a valuable platform for RealMan Robotics to demonstrate the viability of its lightweight robotic solutions, and the new Schneider Electric center represents a significant investment in bolstering the U.S. manufacturing landscape.

Summary of Developments – June 26, 2025

Today’s news centered around two key developments: Schneider Electric opened its Robotics and Motion Center of Excellence in Raleigh, North Carolina, offering access to technologies like the EcoStruxure Digital Twin and Lexium MC12 Multi Carrier system. Simultaneously, RealMan Robotics showcased its AI-powered ECO Series humanoid robots at Automatica 2025, highlighting ultra-lightweight designs, ±0.05 mm repeatability, and collaborative safety features. These developments represent a continued trend towards greater automation, increased collaboration, and accessibility within the robotics industry.

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