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23 lip 2014 · Now MIT Lincoln Laboratory spinout TeraDiode is commercializing a multikilowatt diode laser system that’s bright enough to cut and weld — even through a half-inch of steel — at greater efficiencies than today’s industrial lasers.
1 paź 2014 · A diode laser source with a BPP of 22 mm mrad and a nominal output power of 2 kW showed better performance when cutting structural steel with oxygen, while results were less competitive when cutting stainless steel or aluminium with an inert gas.
21 wrz 2022 · Diodes are typically limited to 4-6W per diode emitter, so the recent trend is to gang up 1, 2, 3 or even 4 diode laser modules inside the laser head and combine their beams into a...
Now MIT Lincoln Laboratory spinout TeraDiode is commercializing a multikilowatt diode laser system that's bright enough to cut and weld—even through a half-inch of steel—at greater ...
1 sty 2017 · This paper explores the opportunities associated with the use of well-designed direct diode laser configurations for cutting of metal sheets.
27 maj 2014 · A laser that emits multikilowatts of power and has a BPP value as low as 4 mm-mrad—a combination ideal for high-speed cutting of stainless steel several millimeters thick, for example—is referred to as having ultra-high brightness.
In this paper a high-dynamic cutting machine equipped with a recently developed 2kW diode laser source is introduced. The beam profile and characteristics of the diode laser are compared with those of a typical 4kW CO2 and a 2kW fibre laser source.
