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LASER CUTTING | MESA, ARIZONA
If you are searching for “laser cutting near me“, “what is laser cutting“. “how to laser cutting” or “how laser cutting works“, IP Technologies can help!
Some solutions require or can benefit from Laser Cutting or Laser Etching. Laser offers a repeatable precision outcome where die cutting may not be suitable or cost effective, such as prototyping. Our experience with laser cutting is sure to offer your company a great option for rapid development or precision cutting services.
Laser Cutting Benefits
Here are just a few of the advantages that laser cutting can provide for you or your company’s needs
- Precision: Laser cutting is very accurate compared to other cutting forms.
- Cutting Speed: Compared to other cutting methods, especially more complex cuts, laser cutting is much quicker than traditional cutting methods.
- Low Costs: Laser cutters do not use any tooling that needs to be custom built or modified. Maintenance and upkeep costs are extremely low, as well.
- Automation: Little to no manpower is needed to operate laser cutting machinery.
- Cut Quality: Small heat-affect zones will produce effortless and efficient cuts time after time.
- Less Waste Produced: By utilizing a high percentage of sheet metal, less waste is produced with each project.
- Versatility: Laser cutting can be used for marking, engraving, drilling, and many more functions.
Materials For Laser Cutting
This is a list of safe materials to use for laser cutting projects:
- Most woods
- Depron and Gator foam
- Magnetic sheet
- Composite wood
- Solid styrene
- And much more!
WHAT IS LASER CUTTING
The laser cutting process utilizes a high-powered laser. This laser is directed through optics and CNC (computer numerical control), which directs either the beam or material. Usually, a motion control system will then follow a G-Code or CNC to outline the pattern that needs to be cut. The laser beams burn, melt, vaporize or are blown away by a jet of glass. This results in a top-notch surface finished edging.
So how is the laser beam created? This is done by the stimulation of lasting materials through lamps and/or powerful electrical discharges. That process is always performed inside a closed container. The laser is amplified as it is reflected internally. Once enough energy is produced, it will escape the area as a stream of monochromatic light.
If a laser cutting process ever needs to start somewhere other than an edge, piercing will then be used. This features a high-power pulse laser, which creates a hole in the material. This full process should only take a maximum of 15 seconds to burn through the material.