Shipbuilding Hull & Deck Structures Industry Laser Solution

Industry Background

Hull and deck structures are the core components of a ship, including bottom plates, side plates, deck plates, and large reinforcement members. These parts are typically very large, thick, and require bevel preparation for welding. Traditional plasma or flame cutting causes large heat-affected zones and thermal deformation. Dimensional errors during plate cutting can lead to severe problems during block assembly and watertight welding. High-power fiber laser cutting provides a narrow heat-affected zone, high precision, and one-step beveling, significantly improving the efficiency and quality of ship hull construction.

Sub Application Scenarios

• ✅ Hull Bottom & Side Plates: Large-scale marine steel plate cutting for ship hull assembly
• ✅ Main Deck & Superstructure Panels: Precision cutting of deck plates and stiffener cutouts
• ✅ Longitudinal & Transverse Bulkheads: Structural partition plate contour cutting
• ✅ Heavy Structural Brackets: Complex shape cutting for large reinforcement components
• ✅ Auxiliary Process: One-step V/Y groove bevel preparation, dense bolt-hole array cutting

Industry Pain Points

• Large heat-affected zone from traditional flame/plasma cutting causing thermal deformation of thick plates.
• Traditional cutting methods leave rough edges requiring extensive secondary grinding.
• Complex bevel profiles on hull plates are difficult to achieve consistently and efficiently.
• Dimensional deviation affects the precision of ship block assembly and fitting.
• High labor intensity and low processing efficiency for thick marine steel plates.
• Extremely strict requirements for edge quality to ensure watertight welding integrity.

Our Targeted Laser Solution

• High-power fiber laser cutting machine with large working area handles thick hull plates and deck panels.
• Advanced bevel cutting heads allow one-step V-groove or Y-groove preparation for welding.
• Focused laser beam ensures a narrow heat-affected zone, minimizing thermal deformation.
• High precision guarantees accurate block assembly and subsequent watertight welding.
• One-step cutting of complex outlines and dense hole arrays reduces multi-process error accumulation.
• Clean cutting edges significantly reduce secondary grinding processes, saving labor and time.

Recommended Machine Models

Samples · Processing Parameters · Capacity Comparison

Sample Display: Thick hull plate beveled sample, deck panel with dense hole arrays, structural bracket cutting sample

Reference Parameter: 20mm marine-grade carbon steel plate, 20000W laser, Air/Oxygen assist, Cutting speed: 1.8 m/min, precise bevel angle, minimal heat deformation.

Customer Benefits & ROI

• Minimize thermal deformation and rework during ship block assembly.
• Improve welding efficiency and quality with precise one-step bevel preparation.
• Drastically reduce manual grinding time and labor costs for thick plates.
• Ensure high dimensional precision for critical watertight structural integrity.

FAQ

Application Video

High-power laser cutting thick hull plates, one-step beveling process demonstration.