With the continuous development of global energy infrastructure, nuclear power engineering projects require higher standards for steel pipe processing, including cutting accuracy, production efficiency, and surface quality.
A nuclear power engineering company was facing challenges in processing large-size galvanized steel pipes. Traditional cutting methods could not meet the requirements of high precision, clean edges, and efficient production.
To improve processing efficiency and ensure reliable quality, the customer selected the LONX T24 Three-Chuck Laser Tube Cutting Machine for professional laser cutting galvanized steel applications.
Industry: Nuclear Power Engineering
Machine Model: LONX T24 Three-Chuck Laser Tube Cutting Machine
Processing Material: Galvanized Steel Pipe
Tube Shape: Square Tube
Tube Size: 100 × 100 mm
Material Thickness: 8 mm
Application: Structural steel pipe cutting and customized components manufacturing for nuclear power projects.
Galvanized steel pipes are widely used in engineering structures because of their excellent corrosion resistance and durability. However, processing galvanized steel brings several challenges:
The customer needed to process 100×100mm square galvanized steel tubes with an 8mm wall thickness. Traditional cutting methods often resulted in:
Slow cutting speed
Large heat-affected areas
Poor edge quality
Secondary grinding requirements
For nuclear power engineering, high-quality cutting results are essential to ensure accurate assembly and structural safety.
Nuclear power projects require strict dimensional accuracy for steel structures and pipelines.
Any deviation during tube cutting may affect:
Welding quality
Installation accuracy
Structural stability
Therefore, the customer required a high-precision galvanized steel laser cutting machine capable of maintaining stable performance during continuous production.
To solve these challenges, LONX provided the T24 three-chuck laser tube cutting machine, specially designed for heavy-duty tube processing.
The machine uses an advanced three-chuck structure to provide stronger tube support and higher cutting stability.
The T24 delivers accurate laser cutting performance for large square tubes, ensuring precise dimensions and smooth cutting edges.
For this project:
Tube type: Square galvanized steel pipe
Size: 100×100 mm
Thickness: 8 mm
The machine achieved stable and efficient processing results.
Compared with traditional two-chuck systems, the three-chuck design provides:
Better tube clamping support
Reduced vibration during cutting
Higher processing accuracy
Improved cutting stability for long and heavy pipes
This makes the T24 ideal for industries requiring reliable tube processing solutions.
Laser cutting technology provides:
Narrow cutting kerf
Low heat deformation
Smooth cutting surface
Reduced post-processing work
The customer significantly reduced manual grinding and improved production efficiency.
After installing the LONX T24 laser tube cutting machine, the nuclear power engineering company achieved:
✅ Efficient cutting of galvanized steel pipes
✅ Improved cutting accuracy for structural components
✅ Reduced secondary processing costs
✅ Higher production efficiency
✅ More consistent product quality
The machine successfully met the customer's requirements for nuclear power engineering applications.
As a professional laser cutting machine manufacturer, LONX LASER provides advanced tube laser cutting solutions for global industries, including:
Nuclear power engineering
Steel structure manufacturing
Automotive parts
Construction equipment
Pipeline fabrication
Metal processing services
Our laser tube cutting machines are designed for processing various materials, including:
Galvanized steel
Carbon steel
Stainless steel
Aluminum
Alloy steel pipes
With advanced automation technology and precision cutting systems, LONX helps manufacturers improve productivity and reduce processing costs.
For industries requiring reliable laser cutting galvanized steel solutions, the LONX T24 three-chuck laser tube cutting machine provides excellent performance in heavy-duty pipe processing.
Through high precision, strong stability, and efficient cutting capability, the T24 helps nuclear power engineering companies achieve better production efficiency and higher-quality steel pipe components.
