Project Background

Shipbuilding manufacturing requires high-precision processing of large steel plates, thick marine-grade materials, and complex structural components used in hull construction.

As ship sizes continue to increase and production standards become more demanding, shipbuilders are placing greater requirements on cutting speed, plate quality, bevel accuracy, and long-term processing stability.

C Construction Group needed an advanced cutting solution capable of supporting large-scale ship plate production while maintaining consistent quality across complex marine fabrication applications.

The Challenge

During the manufacturing process, the customer faced several production challenges, including:

Processing large-format ship plates used in hull structures

Cutting thick steel materials for heavy marine components

Handling irregular curved surfaces with complex bevel requirements

Maintaining precision while reducing thermal deformation

Ensuring stable operation during continuous large-scale production

Traditional cutting methods often resulted in slower processing speeds, inconsistent cutting quality, and greater difficulty when handling thick plates and curved ship components.

For modern shipbuilding projects, higher efficiency and greater cutting accuracy were essential.

QLTEK Solution

To meet these production requirements, QLTEK provided the customer with the HG Ultra-High Power Fiber Laser Cutting Machine, equipped with 40,000W laser power and an ultra-large processing platform.

Designed specifically for heavy-duty industrial applications, the system enables efficient processing of:

large shipbuilding steel plates

ultra-thick metal materials

complex bevel structures

curved hull components

The machine combines ultra-high power output with a large working area, allowing shipbuilders to process oversized plates and complex geometries with greater flexibility and production efficiency.

Why C Construction Group Chose QLTEK

C Construction Group selected QLTEK's 40,000W laser cutting solution because it offers the performance required for demanding shipbuilding applications.

Key advantages include:

Powerful cutting capability for thick marine steel plates

Large-format processing capacity for hull section manufacturing

Stable performance for continuous production environments

Precise bevel cutting for welding and assembly preparation

Reliable operation for heavy-duty shipyard fabrication work

For shipbuilding manufacturers, both cutting capacity and operational stability are critical. QLTEK's ultra-high-power solution helps support both.

Equipment Model

HG Ultra-High Power Fiber Laser Cutting Machine
Laser Power: 40,000W

Application Value

With the support of QLTEK's 40,000W laser cutting system, C Construction Group enhanced its capability in large ship plate processing and marine structure manufacturing.

The machine helps improve cutting efficiency for thick plates, supports accurate processing of bevel edges and curved components, and provides stable performance for demanding shipbuilding production.

As shipbuilding projects continue to move toward larger structures and higher precision requirements, ultra-high-power laser cutting technology is becoming an important production solution for modern marine manufacturing.