Shipbuilding

Industry Supply Chain

Upstream Industry

Midstream Industry

Downstream Industry

Raw Material Supply For The Steel Industry

Machinery and Electronic Components Manufacturing Industry

Preparation Stage Of Shipbuilding

Raw Material Supply For The Steel Industry

Metal mineral mining and beneficiation, iron smelting, steelmaking, steel processing, ferroalloy smelting, steel wire and its products, etc.

Machinery and Electronic Components Manufacturing Industry

Power machinery, lifting and transportation machinery, agricultural machinery, metallurgical and mining machinery, chemical machinery, textile machinery, instruments and meters, electronic components, etc.

Ship Assembly And Manufacturing

Ship Design

Covers hull structure, propulsion systems, and functional layout, using digital and intelligent technologies to improve design efficiency, safety, and overall vessel performance.

Marine Spare Parts

Covers marine power systems, deck equipment, piping systems, and various components, supporting reliable shipbuilding, maintenance, and operation.

End Customers In The Shipbuilding Industry

Shipping

Passenger and cargo shipping

Cargo Ship Maintenance

Covers the inspection and maintenance of hulls, propulsion systems, deck equipment, and key components to ensure safe and reliable vessel operation.

Industry Pain Points

Traditional Equipment Is Outdated

The equipment has limited functionality, a short lifespan, and cannot guarantee personal safety.

The Processing Procedures Are Complex And Intricate

Manual welding suffers from poor consistency and low efficiency.

Serious Industrial Pollution

It has a significant impact on workers' health.

Collaborative Robot Welding Applications in Shipbuilding

What welding applications are collaborative robots used for in shipbuilding?

Collaborative welding robots are widely used in shipbuilding processes, including hull structures, ship piping systems, frames, keel welding, side keelsons, and other marine components. They help shipyards achieve higher welding efficiency, consistent quality, and safer production.

How can robotic welding improve shipbuilding efficiency?

Robotic welding systems enable continuous operation, reduce manual welding workload, and maintain stable welding parameters. This improves production speed while reducing welding defects and rework costs.

What ship components can DONSIN welding robots handle?

DONSIN collaborative welding solutions are suitable for various marine applications, including:
Shipboard piping systems
Hull structures
Keel and side keelsons
Frames and supporting structures
Head and stern posts
Marine equipment components

Why choose collaborative welding robots for shipbuilding?

Compared with traditional manual welding, collaborative robots provide greater flexibility, easier operation, and improved welding consistency. They are especially suitable for complex ship structures and customized production environments.
Key advantages include:
Flexible deployment
Easy programming and operation
Stable welding quality
Reduced labor intensity
Improved workplace safety

How does DONSIN support intelligent shipyard automation?

DONSIN provides customized robotic welding solutions integrating collaborative robots, intelligent welding systems, and automation technologies to help shipyards improve productivity and move toward smart manufacturing.
Our solutions support:
Marine welding automation
Digital production management
Flexible manufacturing
Industry 4.0 smart shipyard development