u/Thick_Personality_6

Would you guys say that universally any industrial laser source designed to cut highly reflective materials with 1 pass will be at least 3000w and above? I only ask because the company I work for bought a 1200w fiber laser with the intention of cutting silver and copper for large scale jewelry production (the Gweike mseries 6in1 to be exact). It seems we did not do proper research before making purchasing of the Gweike mseries, as the machine is not designed to cut reflective materials. My superiors have tasked me with finding a laser source designed to cut highly reflective materials that is also compatible with our Gweike mseries which unfortunately only supports up to 1200w. I have been trying to find a solution for weeks and I’m starting to feel as though finding something that meets these requirements may not be plausible. Can anyone confirm this?

Would you guys say that universally any industrial laser source designed to cut highly reflective materials with 1 pass will be at least 3000w and above? I only ask because the company I work for bought a 1200w fiber laser with the intention of cutting silver and copper for large scale jewelry production (the Gweike mseries 6in1 to be exact). It seems we did not do proper research before making purchasing of the Gweike mseries, as the machine is not designed to cut reflective materials. My superiors have tasked me with finding a laser source designed to cut highly reflective materials that is also compatible with our Gweike mseries which unfortunately only supports up to 1200w. I have been trying to find a solution for weeks and I’m starting to feel as though finding something that meets these requirements may not be plausible. Can anyone confirm this?

Would you guys say that universally any industrial laser source designed to cut highly reflective materials with 1 pass will be at least 3000w and above? I only ask because the company I work for bought a 1200w fiber laser with the intention of cutting silver and copper (the Gweike mseries 6in1 to be exact). It seems we did not do proper research before making purchasing of the Gweike mseries, as the machine is not designed to cut reflective materials. My superiors have tasked me with finding a laser source designed to cut highly reflective materials that is also compatible with our Gweike mseries which unfortunately only supports up to 1200w. I have been trying to find a solution for weeks and I’m starting to feel as though finding something that meets these requirements may not be plausible. Can anyone confirm this?

Would you guys say that universally any industrial laser source designed to cut highly reflective materials with 1 pass will be at least 3000w and above? I only ask because the company I work for bought a 1200w fiber laser with the intention of cutting silver and copper (the Gweike mseries 6in1 to be exact). It seems we did not do proper research before making purchasing of the Gweike mseries, as the machine is not designed to cut reflective materials. My superiors have tasked me with finding a laser source designed to cut highly reflective materials that is also compatible with our Gweike mseries which unfortunately only supports up to 1200w. I have been trying to find a solution for weeks and I’m starting to feel as though finding something that meets these requirements may not be plausible. Can anyone confirm this?