Fiber Optic Laser Vs Co2

Fiber optic beam paths maintain consistent nozzle beam centering.

Fiber optic laser vs co2.

Safety co2 laser light 10µm is better absorbed by the machine frame which lowers the risk of irreparable damage to the retina. It is used in very specific sectors such as metal cutting which require a very high concentration of power. The beam is not subjected to beam path contaminates as is the case with co2 lasers. For instance a high power co2 laser and chiller will consume roughly 70 kw when operating on maximum power.

The main disadvantages that a fiber laser faces in comparison to a co2 laser relates to cutting speeds of thicker materials. Cutting speeds are generally much faster with fiber and the process yields fine cuts with. The typical wavelengths of our co2 lasers are 9 3 10 2 and 10 6 micrometers. The cost of co2 lasers tends to be less than fiber lasers.

Flexibility high suitable for all material thicknesses. In fact fiber laser sales have now outpaced those of co2 but it isn t a catch all solution. A fiber laser only consumes about a third of the power of co2 laser with comparable power output. The price for co2 laser marking systems usually ranges between 35 000 and 80 000.

Where co2 cutting uses a focused light beam fiber cutting uses a bank of diodes to create the beam which is then focused through a fiber optic cable. The mo a combination of ge fanuc optional heavy duty industrial motion systems and revolutionary fiber laser. Quality quality is consistent throughout all thicknesses of material. Co 2 laser high power cutting fiber laser 3 000w co 2 laser 4 000w laser system laser and power supplies computer and software motion system precision cutting applications.

Beam guidance fiber optics. Considering the lower efficiency and the maintenance requirements of a co2 laser operating one may turn out to be more expensive in the long run than a fiber laser. A similarly powered fiber laser consumes approximately 18 kw. This can consume another 4 or 5 hours per week for a co2 laser.

A typical fiber optic laser works at a wavelength of 1 064 micrometers.