أخبار

ABB Robotics is set to demonstrate the next stage of intelligent automation at Automate 2026, presenting its latest developments in physical AI, autonomous robotics, and AI-enabled manufacturing systems. The company will showcase its new Physical AI Toolchain, a software ecosystem designed to accelerate robot training, improve operational accuracy, and connect virtual simulation environments with real industrial production.

As global manufacturers continue to demand more adaptive and flexible automation solutions, traditional robotic systems based on fixed programming are evolving toward intelligent machines capable of learning, sensing, and responding to changing environments. ABB Robotics’ latest innovations focus on enabling robots to operate with greater autonomy while maintaining the reliability and precision required in industrial applications.

ABB’s physical AI strategy is built around Autonomous Versatile Robotics (AVR™), a framework that combines advanced perception technologies, intelligent decision-making, autonomous learning, precise motion control, navigation, and advanced robotic manipulation. These capabilities allow industrial robots to move beyond repetitive tasks and support more complex manufacturing processes.

The company’s new Physical AI Toolchain introduces a complete software workflow covering data generation, AI model training, validation, deployment, and optimization. By combining simulated data, synthetic environments, and real-world operational data, ABB aims to shorten development cycles while improving the accuracy of AI models used in industrial robots.

Following ABB Robotics’ collaboration with NVIDIA in 2026, the company continues to expand its simulation-to-reality capabilities through advanced digital engineering technologies. The integration of simulation platforms and AI training methods helps reduce deployment risks and enables robots to achieve industrial-grade performance before entering real production environments.

For companies looking to upgrade their automation infrastructure, ABB’s ecosystem of industrial control solutions, including ABB automation controllers and CPU platforms and ABB System 800xA solutions, continues to support modern digital manufacturing strategies.

At Automate 2026, ABB Robotics will highlight several practical demonstrations showing how intelligent robots can collaborate with operators, analyze complex environments, and complete manufacturing tasks with increased independence.

One of the major highlights will be the introduction of ABB Robotics’ new PoWa™ collaborative robot family, featuring higher payload capacity and improved operating speed. The new cobots are designed to expand collaborative automation opportunities across industries where traditional industrial robots may lack flexibility.

ABB will also demonstrate its collaboration with Aura Sensae, integrating advanced capacitive sensing technology into robotic applications. Combined with ABB GoFa™ collaborative robots, the solution enables robots to detect human presence, interpret surrounding conditions, and respond dynamically during operation.

The company will showcase a connected manufacturing process where collaborative robots and autonomous mobile robots work together to inspect, assemble, paint, and transport components. This demonstration reflects the growing trend toward integrated automation cells where robotics, sensors, software, and artificial intelligence operate as a unified system.

Another key demonstration will focus on AI-powered palletizing automation. Using intelligent vision systems, machine learning, and robotic reasoning capabilities, ABB will present how robots can handle unpredictable palletizing scenarios while improving product density and reducing material handling costs.

ABB Robotics will also highlight advancements in human-machine interaction through its speak-through technology. This technology represents a shift away from traditional robot programming methods by enabling more natural communication between operators and robotic systems. Through intuitive interaction, users can teach and control robots more efficiently without requiring extensive programming expertise.

The company’s OmniCore™ EyeMotion software will demonstrate how intelligent vision capabilities can extend beyond dedicated hardware solutions. By enabling advanced perception functions across different camera and sensor platforms, ABB is helping manufacturers build more adaptable robotic systems.

The development of physical AI represents a significant transformation for industrial automation. Instead of relying solely on pre-defined instructions, next-generation robots are becoming capable of understanding environments, learning from data, and making intelligent adjustments during operation.

ABB Robotics’ presence at Automate 2026 reflects the company’s continued investment in AI-driven manufacturing, robotics software, and intelligent automation platforms. These technologies are expected to support industries including automotive manufacturing, electronics production, logistics, and general industrial applications where flexibility and efficiency are increasingly important.

Through the combination of robotics hardware, AI software, simulation technology, and industrial automation expertise, ABB is positioning physical AI as a key foundation for the future of smart factories.

Written by: Daniel Whitmore
Daniel Whitmore is an industrial automation technology writer with more than 12 years of experience covering robotics, PLC systems, smart manufacturing, and digital transformation. His work focuses on how emerging automation technologies help global industries improve productivity, reliability, and operational intelligence.