01 High stability      02 Good beam quality: M2

01 High electro-optic conversion efficiency 02 Low power consumption and failure rate 03 The output power of the laser is above 3000W 04 Optical fiber laser output mode

01 High electro-optic conversion efficiency      02 Low power consumption and failure rate 03 The output power of the laser is above 2000W      04 Optical fiber laser output mode

01 Portable to use      02 High electro-optic conversion efficiency 03 Low power consumption and failure rate      04 Internal integrated air-cooled components

01 Good beam quality      02 High electro-optic conversion rate 03 Compact structure and long lifespan      04 The maximum output power can reach 150W

01 Good beam quality      02 High electro-optic conversion rate 03 Compact structure and long lifespan      04 The maximum output power can reach 250W

01 Good beam quality      02 High electro-optic conversion rate 03 Compact structure and long lifespan      04 The maximum output power can reach 350W

01 Beam quality: >95% TEM00 mode      02 Optical resonator advantage: enhance power 03 Advanced radioactive materials coated lenses      04 Alternative technique: metal-glass sinte…

01 Beam quality: >95% TEM00 mode      02 Optical resonator advantage: enhance power 03 Advanced radioactive materials coated lenses      04 Alternative technique: metal-glass sinte…

01 High average power: up to 6,0000W    02 Good beam quality: M2=1.3~7 03 The output fiber length is customizable    05 High electro-optic conversion efficiency: >33%

01 High average power: up to 12000W    02 Good beam quality: M2= =1.3~7  03 The output fiber length is customizable    05 High electro-optic conversion efficiency: >33%

01 High average power: up to 1,5000W      02 Good beam quality: M2= =1.3~7  03 The output fiber length is customizable      04 High electro-optic conversion efficiency: >33%