GOYANG, South Korea, Oct 27 (Bernama-GLOBE NEWSWIRE) -- Huayan Robotics will exhibit smart manufacturing solutions at Robotworld 2026 from November 4 to 7, 2026, at KINTEX in Goyang, South Korea (Hall 5, Booth I 05). The company will showcase welding, palletizing, and CNC machine tending solutions, alongside seven-axis humanoid robotic arms and core motion components for embodied AI technologies.
Three industrial automation applications will be on display:
- Flexible Welding: Built around the E12-Pro collaborative robot with a 1.8 m reach, the welding system incorporates a dual-axis positioner to improve access to large and complex workpieces. Integrated laser seam tracking and automatic path correction support consistent welding along complex seams, while reducing the need for manual adjustments.
- High-payload Palletizing: Huayan Robotics will present an integrated palletizing solution for consumer goods manufacturing, food processing, and warehouse logistics. The S Series offers payload capacities of up to 60 kg for heavy material handling, while vision-assisted positioning and configurable pallet patterns support varied production requirements.
- CNC Machining Tending: Huayan Robotics’ Elfin and Elfin-Pro collaborative robots support automated CNC loading and unloading. They help manufacturers maintain an efficient, consistent production workflow with cycle-time improvements of up to 50%, a maximum reach of 1.8 meters, protection ratings of up to IP66, and reliable, precise performance.
Besides, Huayan Robotics will also reveal the latest breakthroughs in embodied AI development:
- Seven-Axis Humanoid Robotic Arm: Designed for integration into humanoid and other embodied robotic platforms, the arm combines full-joint force control with internal cable routing and native ROS 2 support. Open development interfaces help developers integrate the arm with other hardware and software systems.
- Core Motion Components: Humanoid joint modules, frameless motors, and high-precision XYZ motion stages will also be on display.