Fiber Laser Cutting Materials

If you re cutting a non organic material you want to use a fiber laser.

Fiber laser cutting materials.

Figures 4 and 5 show that using a fiber laser to micro machine a composite surface as a substitute to mechanical abrading is a viable laser process for increasing the surface energy and promoting a strong adhesive joint. They have the power to cut through very hard materials such as metals and metal alloys. Fiber laser cutting is a hot cutting method which makes use of the focused high power density laser beam as the main heat source to illuminate the workpiece cause the irradiation materials rapidly melting evaporation and ablation or reach the ignition point. Laser surface texturing of composites material in various industries is gaining a great deal of interest.

Different fiber optics material quality gases optical lenses cutting patterns etc will affect the cutting speed and need to be adjusted according to site conditions. Also when processing stainless aluminum brass or copper materials fiber lasers are the fastest and most economical regardless of material thickness. So again the co2 laser wins out when working with wood products. With an innovative motion system and advanced structural design the lcg aj series represents an optimal balance.

As noted above cnc laser cutters are used on a wide range of materials in a variety of industries. 17 4 ph stainless steel. A commercial laser for cutting materials uses a motion control system to follow a cnc or g code of the pattern to be cut onto the material. The focused laser beam is directed at the material which then either melts burns vaporizes away or is blown away by a jet of gas 1 leaving an edge with a high quality surface finish 2.

The 3kw 6kw and 9kw lcg aj series was developed with amada s proven fiber laser technology. Laser marking how can you affordably mark metal parts with barcodes and logos. Since cutting sheet metal is the most common application it s worth focusing on the particularities involved. The following data in the laser cutting thickness speed chart is for reference only.

The fibers exposed by the laser showed no sign of any thermal damage. Laser cutting nothing compares to the quality of a laser cut on many materials. Fiber lasers are able to cut through thick exotic metal alloys with laser precision and cleanliness. This technology helps achieve process range expansion p r e by having the ability to process brass copper and titanium materials that can be difficult to process with a co 2 laser.

Evolution of fiber laser cutting technology fiber laser cutting has been one of the most disruptive technologies introduced to the metalworking market since co2 lasers were first introduced for cutting sheet metal back in the 1980s. Fiber laser compatible materials materials tested with the fibermark laser. With the capability to operate at a high power and cut through thicker materials co2 lasers make the cutting.