Views: 0 Author: Site Editor Publish Time: 2026-03-26 Origin: Site
Laser cutting has become the backbone of modern manufacturing. However, choosing between YAG, CO2, and Fiber laser technologies can be a challenge. This guide breaks down their performance to help you find the perfect fit for your production needs.
YAG lasers are known for their stability and capability in handling high-reflective materials.
Pros: Cost-effective; excels at cutting aluminum, copper, and most non-ferrous metals.
Cons: Lower energy efficiency (typically under 600W); slower cutting speeds; unsuitable for non-metallic materials.
Best For: Spot welding, drilling, and cutting metals under 8mm.
CO2 lasers (2000W-4000W) are the go-to for thick plates and non-metallic substrates.
Pros: Wide material compatibility, including 20mm carbon steel, 10mm stainless steel, and non-metals like wood or acrylic.
Cons: High operating costs and gas consumption; struggles with reflective metals like aluminum or copper.
The dominant force in the market, fiber lasers (1000W-6000W+) represent the peak of efficiency.
Pros: Incredible cutting speeds; low power consumption and easy maintenance; high system integration via fiber transmission.
Cons: High costs for specialized spare parts; high-reflective materials can still be challenging for standard models.
Choosing the right technology depends on your specific production goals. While CO2 offers versatility for non-metals, Fiber Laser technology represents the future of high-speed, high-efficiency metal fabrication.
As a leading manufacturer of professional laser equipment, ARGUS Laser is committed to balancing cutting performance with operational cost through continuous innovation. Whether you are handling standard sheet metal or challenging high-reflective materials, our expert team provides customized solutions ranging from 1000W to 12000W+, ensuring every machine becomes a powerful engine for your business growth.