How much does a fiber laser cost
Fiber lasers can be solid-state lasers but are still different to diode lasers.
After evaluating their parameters, such as size, material capabilities, laser power, upgrades and service, assembly, work areas, laser safety, linear movement, and software, I chose these fiber laser engraving machines.
Plasma science can seem complicated. I'll try to make it as simple and quick as possible. Plasma cutters heat the gas enough to melt it. After the metal has been heated enough to melt, it can be blown with gas to make a cut. There is much more to this process, but that's for another day. (Or, you can conduct your own research, if desired).
Plasma can also cut ceramics and glass. Because plasma is electrically conductive, it cannot cut things like wood or plastic.
Gulf States Saw & Machine Co. FM1212-50S uses a Raycus solid-state 50W fiber laser. The fiber source has a life expectancy of 100,000 hours.
It has a motorized entrance. It is compatible with FSL Muse Pandora on a desktop.
Capable of very quickly measuring or reverse-engineering flat parts which have been manufactured on laser, plasma, and waterjet cutting systems, as well as punched and some stamped parts, MC Machinery’s inspection systems are exactly what your floor needs to put the fine in micro-fine.
Boss Laser offers technical support to their customers for life through their engineers or technicians.
Its footprint measures 8.3"x14.9", while its engraving machine module covers 13.8x22".
Fiber lasers are used extensively in engraving applications. Their wavelength ranges from 780nm to 2200nm.
However, fiber lasers are expensive and if you need a cheap laser engraver you will have to consider going for diode type lasers.
You can use a Raycus 50W laser to engrave stainless steel at a 90deg angle and with a speed up to 3,540 ipm.
Finally, the laser beam will be projected onto the work material and is focused at the cutting head.
Fiber lasers can be used to engrave many applications. The wavelength range of fiber lasers is 780nm – 2200nm.
The wavelength is the primary distinction that determines the types of materials that each laser can process. The wavelength of a fiber laser is typically 1,060 nm, whereas CO2 lasers have wavelengths in the 10,600 nm range. Fiber lasers have many advantages over CO2 lasers in general.
Power consumption is extremely low.
A 3000W fiber laser requires 10kW of power plus 5kW for a chiller, for a total of 15kW. $2,700 per year at a rate of 15kW per hour for 12 hours.
To guide light, fiber lasers use an optical fiber cable made of silica glass. Because the resulting laser beam is straighter and smaller than with other types of lasers, it is more precise. They also have a small footprint, are energy efficient, require little maintenance, and have low operating costs.