Product Description
Unique design of 20KW with built-in industry's highest single module power, unique back reflection protection technology and internal modular layout with high energy density (150um output), achieving ultra-high power output with the smaller size and energy saving. The laser power is continuously adjustable with high electro-optic conversion efficiency and superior beam quality. The 20KW is an ideal laser source which will greatly expand the domestic market for ultra-thick sheet cutting, laser hybrid welding, automatic welding, metal and non-metal materials cutting, welding, drilling, cladding, additive manufacturing, surface heat treatment and other applications.
Product Description
Unique design of 20KW with built-in industry's highest single module power, unique back reflection protection technology and internal modular layout with high energy density (150um output), achieving ultra-high power output with the smaller size and energy saving. The laser power is continuously adjustable with high electro-optic conversion efficiency and superior beam quality. The 20KW is an ideal laser source which will greatly expand the domestic market for ultra-thick sheet cutting, laser hybrid welding, automatic welding, metal and non-metal materials cutting, welding, drilling, cladding, additive manufacturing, surface heat treatment and other applications.
Processing Performance
High speed in thin sheet cutting
Strong capability in thick
material processing
Maintenance Free
Highly integrated system with
modular design
High stability and easy maintenance significantly reduce TCO
Great Beam Quality
High power density with
flat-head distribution
High wall-plug efficiency
and Welding
Widely used in hardware processing, automobile, shipping, construction machinery, medical industries and more
Less splash during cutting and welding
10-50mm Carbon Steel Cutting
16-50mm Stainless Steel Cutting
20-40mm Carbon Steel Cutting
20-50mm Metal Cutting
20mm Stainless Steel Cutting
50mm Aluminum Cutting
50mm Carbon Steel Cutting
