數位雙生巨型龍門焊接機器人 2025/07/23

• 事前模擬：針對大型機器人與工件，利用模擬器進行預先模擬與驗證，結合物理引擎特性，分析運作空間極限與碰撞風險，確保系統順利導入。
• 焊道自動追蹤技術：透過感測器與演算法，即時調整焊接軌跡，確保焊縫精度，提升生產效率與焊接品質。
• 機器人自動化焊接：透過智能控制與感測技術，提升焊接精度與效率，降低人為誤差，適用於各類大規模生產環境。

• Pre-simulation: For large robots and workpieces, simulations are performed in advance using a physics engine to analyze workspace limits and collision risks, ensuring smooth system integration.
• Automatic Weld Seam Tracking: Using sensors and algorithms, the system dynamically adjust the welding path in real time, ensuring accuracy and improving both efficiency and weld quality.
• Robotic Automated Welding: Smart control and sensing technologies enhance welding precision and reduce human error, making it ideal for large-scale production.

應用與效益 Applications and Benefits

• 機器人自動化POC導入，模擬器超前模擬部署，降低失敗風險。
• 機器人焊接預估降低人力50%，產能增加50%。

• POC implementation of robotic automation, supported by simulator-based pre-deployment to reduce failure risks.
• Robotic welding cuts manpower by 50% and boosts output by 50%.