High Performance CNC Laser Cutting Machine For Stainless Steel / Aluminium
If you want to cut metal and you work in an industrial environment, you have several choices. You can use a traditional oxy-fuel cutter or you can opt for a more sophisticated plasma cutter or laser cutter.
So which is the best metal cutter?
There is no one answer to this question. The fact is that each has its place in the metalworking world and each can do its job effectively and efficiently.
Laser cutters can be relied upon for precision and accuracy; and increasingly they are being integrated into lights-out-manufacturing and full scale automation.
Plasma cutters are accurate and reliable. Yet their accuracy falls short of that offered by laser cutting machines.
Put simply, cutting tasks that can be measured with a tape measure can be successfully completed with a plasma cutter, while jobs that require measurement with a vernier should be left to a laser cutter.
Despite claims made by some of their more enthusiastic manufacturers, there are some jobs that high-definition plasma cutters can’t handle.
For example, a plasma cutter can’t be used to cut a finely detailed saw blade. Such a job requires a laser cutter.
Laser cutters offer precision and can be relied upon to repeat jobs and repeat them with a high degree of precision. You can cut a piece today and then cut another piece in a year’s time with the exact same dimensions and precision.
Laser cutters come in two types, YAG laser cutters and Fiber laser cutters. As Manufacturers Monthly has previously discussed, choosing the right type depends entirely on the application.
A fiber laser or fibre laser is a laser in which the active gain medium is an optical fiber doped with rare-earth elements such as erbium, ytterbium, neodymium,dysprosium, praseodymium, and thulium. They are related to doped fiber amplifiers, which provide light amplification without lasing. Fibernonlinearities, such asstimulated Raman scattering or four-wave mixing can also provide gain and thus serve as gain media for a fiber laser.
|Laser medium||Semiconductor pumped continous yb-doped fiber|
|Max cutting range||3000mm*1500mm|
|Max cutting speed||18 m/min||24 m/min|
|Cooling way||Water cooling|
|Laser wave length||1070nm|
|Laser output power||500W||1000W|
|Laser input power||2KW||5KW|
|Min line width||≤0.1mm||≤0.125mm|
(up to materials)
|Driving way||Imported servo motor|
|Tranmission way||Y-axis importe gear rack double driver,X-axis imported ball screw|
|Environment temperature||5—35 °C|
|Continous working time||24 hours|
|Weight of the machine||3000 kg|
|Outline size||4520mm*2442mm*1730mm (length*width*height)|