Industrial lasers are designed to concentrate high amounts of energy into a small, well defined spot - approximately .003 - .006 inch in diameter when using short wavelength lasers. The resulting energy density heats, melts, or vaporizes materials in this small defined area. The beam's energy is applied only where it is needed, minimizing the heat affected zone surrounding the focus area.
Nd:YAG is among the most important industrial lasers. The Nd:YAG works well with metals, especially those that are highly reflective. Some non-metals such as ceramics can also be processed with the YAG.

YAG lasers enjoy wide acceptance in marking applications.

• Sheet Thickness mm:
  • Min 0.5
  • Max 3.0
    
  • General Sheet thickness Ratio 3:1
    
  • Same Sheet thickness for both blanks
• Minimum Blank Width
  • 200 + 200 mm
• Maximum Blank Width
  • 1600 + 1600 mm
• Maximum Weld Length
  • 3100mm
• Material
  • CR + CR
    
  • CR + Zn Coated
    
  • CR + High Tensile
    
  • High Tensile + High Tensile
    
  • Bake Hardened Steels

• BLANKS with STANDARD SHEAR EDGES can be welded, eliminating need of expensive blanking dies
• Shear/ Break Ratio 50:50 v/s 70:30
  
• Gap Closing Capability is up to 0.3 mm
  • Soudronic laser welding systems are the MOST FORGIVING IN THE WORLD concerning the quality of weld edges prior to welding due to the unique SOUKA gap closing process