The new platform leverages the NVIDIA Jetson AGX Orin module to deliver 275 TOPS of AI performance, enabling robots to autonomously learn, execute, and correct tasks in real-time. By utilizing NVIDIA Isaac ROS Nvblox and cuMotion, the system achieves dynamic obstacle avoidance and high-precision environmental mapping, which Delta intends to scale toward intricate assembly lines like those used for AI servers. Lisa Kao, General Manager of Delta Industrial Automation, emphasized that labor shortages are forcing a shift toward autonomy, where digital twins and smart robotics become essential for cross-regional production consistency.
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Delta Electronics Unveils Embodied AI Robotics at Automation Taipei
Marking its 55th anniversary at Automation Taipei 2026, Delta Electronics has debuted an Embodied AI Dual-Arm Robot Platform designed to accelerate the transition from traditional factory automation to fully autonomous manufacturing. The system integrates advanced AI models directly into robotic control, aiming to streamline complex production tasks.
Beyond robotics, Delta is upgrading its digital twin capabilities to shorten development cycles. By integrating the NVIDIA Defect Image Generation skill, powered by the Cosmos foundation model, the company has reduced the time required to develop defect detection models for new products from three months to just two weeks. This focus on AI-enhanced simulation and vision analytics is being applied across high-end electronics assembly and semiconductor manufacturing, allowing for more efficient line deployment and improved automated optical inspection rates.
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