Treatment Carrier D10 employs ultra-high-pressure water jet technology, featuring Hydwin Robotics' proprietary AI-driven algorithms and advanced ultra-high-pressure components. It is engineered for optimal performance in complex areas such as ship sides, flat bottoms, and bilge keels. Operating at a maximum water pressure of 3000 bars and capable of reaching a working height of up to 10 meters, D10 achieves a maximum derusting efficiency of 50 m²/h. This system conforms to the surface preparation standards of WJ-2 / Wa 2½ (very thorough cleaning, near-white metal grade), ensuring efficient ship hull cleaning and reliable surface preparation to meet demanding industry requirements.

Treatment Carrier X25, using ultra-high-pressure water jet technology and Hydwin Robotics' AI-driven algorithms, is designed for the surface preparation of complex areas like large flat surfaces on ship sides, the bow, and stern. Operating at a maximum water pressure of 3000 bars and capable of reaching a working height of up to 25 meters, X25 achieves a maximum derusting efficiency of 120 m²/h and meets WJ-2 / Wa 2½ (near-white metal grade) standards. This advanced system ensures effective, efficient, and environmentally friendly ship hull cleaning, significantly reducing maintenance time and enhancing the overall performance and longevity of new coatings.

Seatrade Maritime News interviewed Hydwin Robotics.

Hydwin Robotics has been awarded the "2024 Maritime Green Decarbonization Innovation Award" at the Global Shipping Technology Conference, organized by the China Shipping Hundred People Committee and the Shipping Industry Network. The award recognizes HYDWIN's Hull Coating Removal Vehicle.

Hydwin Robotics has completed tens of millions of yuan angel investment round led by Yunshi Capital. The funds will be used for team expansion, product development, and increasing production capacity.