Introduction
As laser cutting technology continues to evolve, fiber laser cutting machines are becoming essential equipment in modern metal fabrication industries. From construction and automotive manufacturing to kitchenware and aerospace applications, different materials require different cutting solutions.
Choosing the right laser cutting machine is not only about laser power. Material type, thickness, cutting precision, production efficiency, and operating cost all play important roles in machine selection.
As a global laser equipment manufacturer, Han's Laser provides fiber laser cutting solutions designed for different metal processing applications, helping manufacturers improve cutting quality and production efficiency.
Structural Steel / Carbon Steel
Structural steel is widely used in heavy industry, construction machinery, agricultural equipment, and metal fabrication.
Recommended Cutting Gas
•Oxygen is commonly used for thick carbon steel cutting because it improves cutting speed.
•Nitrogen is suitable for thin sheets below 4mm when clean, oxidation-free edges are required.
•For plates thicker than 10mm, proper support systems and surface treatment can help improve cutting stability.
Recommended Laser Power
The required laser power depends on material thickness and production demand:
•Thin sheets: medium-power fiber laser cutting machines
•Medium-thickness plates: high-power laser systems
•Heavy plates: ultra-high-power fiber laser cutting equipment
Stainless Steel
Stainless steel is commonly used in kitchen equipment, decorative panels, medical devices, and food processing industries. It requires smooth cutting edges and high precision.
Recommended Cutting Gas
•Nitrogen is typically preferred for burr-free and oxidation-free cutting.
•Oxygen can be used when edge discoloration is acceptable.
Applying a protective film or oil coating can also improve piercing quality for thin stainless steel sheets.
Recommended Machine Features
•Stable laser output
•Precise autofocus cutting heads
•High-accuracy servo systems
•Intelligent parameter adjustment
Aluminum and Aluminum Alloys
Aluminum is widely used in automotive manufacturing, aerospace, electronics, and lightweight industrial products. However, its high reflectivity and thermal conductivity make laser cutting more challenging.
Recommended Cutting Gas
•Nitrogen is commonly used for high-quality aluminum cutting.
•Oxygen may be suitable for certain processing conditions.
•For pure aluminum materials, anti-reflection protection systems are highly recommended to protect the laser source.
Laser Power Recommendations
Aluminum usually requires higher laser power compared with carbon steel of the same thickness because heat dissipates quickly during processing.
Recommended Machine Features
•Anti-reflection technology
•Stable cutting head design
•High dynamic performance
•Precision motion control
Titanium and Titanium Alloys
Titanium alloys are widely used in aerospace, medical equipment, and high-end industrial manufacturing due to their strength and corrosion resistance.
Recommended Cutting Gas
Argon and nitrogen are commonly used as auxiliary gases to reduce oxidation and maintain cutting quality.
Machine Requirements
•High cutting precision
•Stable temperature control
•Reliable gas flow systems
•Professional machine operation
Conclusion
Different metal materials require different laser cutting solutions. Choosing the right fiber laser cutting machine helps manufacturers improve cutting quality, increase production efficiency, and reduce operational costs.
With extensive experience in industrial laser equipment, Han's Laser provides professional laser cutting solutions for carbon steel, stainless steel, aluminum, titanium, and other metal processing applications worldwide.
LET’S TALK
