Doosan Launches Systems for Depalletizing, Repair, and Finishing

Why It Matters

The announcements signal a leap in flexible, intelligent automation that can cut logistics and manufacturing costs while enhancing safety, positioning Doosan as a key player in the next wave of industrial robotics.

Key Takeaways

• AI depalletizer uses NVIDIA cuMotion for real-time motion planning
• Scan & Go won two 2026 CES Innovation Awards
• Generates tool paths from point‑cloud data, eliminating CAD
• MARI partnership enables autonomous finishing of large structures
• Plug‑and‑play cobot package cuts installation time, adds flexibility

Pulse Analysis

Doosan Robotics’ debut of an AI‑driven depalletizing system reflects a broader industry shift toward smarter material handling. By integrating NVIDIA’s cuMotion engine, the solution can compute optimized motion trajectories on the fly, adapting to obstacles and varying pallet configurations. This capability reduces cycle times and minimizes downtime, offering logistics operators a scalable alternative to traditional, rigid automation lines. The plug‑and‑play architecture further lowers the barrier to entry, allowing facilities to retrofit existing workflows without extensive engineering support.

The Scan & Go platform, recognized with two CES Innovation Awards, pushes the envelope in autonomous composite repair. Harnessing cognitive learning, physics‑based intelligence and laser‑scanned 3D vision, the system interprets complex geometries in real time and directly derives tool paths from point‑cloud data. Eliminating the need for CAD models or manual programming accelerates production cycles in aerospace, wind energy and high‑precision manufacturing. This approach not only shortens time‑to‑market but also reduces human exposure to hazardous environments, reinforcing Doosan’s commitment to safety‑first automation.

Doosan’s collaboration with Maple Advanced Robotics expands its portfolio into large‑scale finishing tasks. Deployed on an autonomous forklift, the joint solution can sand, grind and inspect irregular surfaces such as aircraft fuselages and turbine blades with minimal setup. By automating these labor‑intensive processes, manufacturers can achieve higher quality consistency while curbing workforce shortages. The partnership underscores a strategic move toward end‑to‑end robotic ecosystems, where a single cobot family can handle material transport, processing and inspection, strengthening Doosan’s position in the competitive global robotics market.