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Laser Cutter

A reliable source for Laser Cutting information and leading Laser Cutting Companies

Laser cutters create holes and patterns through laser cutting services such as laser micromachining, laser drilling, laser etching and laser engraving, some of which allow 3D shaping. Industries that utilize laser cutters to assist in the fabrication of parts include medical, automotive, manufacturing, transportation, aerospace and electronics. Read More…

Laser Cutter Laser cutter companies provide laser cutting services by using computer-controlled industrial lasers that are focused to cut many different types of materials. Laser beams, or extremely focused radiations of wavelengths, use heat energy to alter surface layers by vaporizing or burning away surface layers.
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Leading Manufacturers

Maple Grove, MN  |  763-425-4755

Great Lakes Engineering is a trend setting manufacturer of surface mount stencils, precision laser cut parts, and photo chemical etched parts. We work with a wide range of materials, including Stainless Steel, Copper, Brass, Titanium, Nitinol, Nickel, Kovar and many others.

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Great Lakes Engineering, Inc. $$$

Tamaqua, PA  |  888-218-2260

Our teams at Remaly Manufacturing Company, Inc. utilize state of the art equipment to provide you with laser cutting capabilities. Our teams provide cutting services for a wide range of materials such as steel, aluminum, stainless steel, monel and much more.

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Remaly Manufacturing Company, Inc. $$$

Gurnee, IL  |  847-855-9200

Our fiber optic metal laser cutting capabilities include Stainless steel, Aluminum, CRS and other ferrous and nonferrous metals. We can laser cut flat blanks, stencils, signs, prototypes, and custom formed fabricated parts.

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American Industrial Company $$$

Kitchener, ON  |  519-744-2990

Finish qualilty and cost efficiency are easily achieved with either our 4000 Watt or our 6000 Watt Lasers. Both CNC controlled lasers have been designed based on the latest developments in cutting technology. With .005" tolerance and .002" repeatability on production parts, we can process a variety of materials including Mild Steel, Stainless Steel and Aluminum. The layout of the cutting bridge and the quick change cutting head offers maximum production efficiency with shorter change-over times from light gauge material to 1" plate.

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Amber Steel $$$

Toronto, ON  |  416-252-1061

KJ Laser Micromachining is a leading service provider for laser precision and micro cutting. Our expertise covers a wide range of laser cutting technology. We are also equipped with rotary stages for tubular laser cutting of tubes, cylinders or spheres. We can cut finest contours and complex part geometries of miniature components within a minimum tolerance of ±.0001? for dimensions up to 40?x 50?. Contact us today for more information!

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KJ Laser Micromachining $$$
placeholder image Great Lakes Engineering, Inc. Remaly Manufacturing Company, Inc. American Industrial Company Amber Steel KJ Laser Micromachining

Due to the variety of laser cutter services, there is a long list of applications made available through laser cutting; microwashers, optical apertures, microfluidic channels, cell phone parts, precision miniature gears, catheters and flex circuits are just a few.

Laser Cutting Laser Cutting - Great Lakes Engineering, Inc.

The most common type of industrial laser used by laser cutters is a CO2 laser, which is one of the highest powered lasers, which also features continuous wave. Two other examples are Nd lasers, which have low-repetition speed but are high energy lasers, and Nd-YAG lasers, which are very high energy lasers. The lasers are controlled during the cutting process by a combination of CNC and CAD computer systems. There are different methods employed by laser cutters to cut materials. Vaporization, ablation, melt and blow, thermal stress cracking and cold cutting are a few of the techniques. Laser cutters use assist gases such as nitrogen or carbon dioxide to prepare newly cut surfaces for painting or corrosion resistance, two treatments among many that can be applied to laser cut products.

Three different machine configurations usually assist laser cutters: moving material, with a stationary cutting laser head under which the material moves; hybrid, in which a table moves on the x-axis and the laser head moves along the y-axis; and a flying optic machine, which has a stationary table head and a moving table that moves over the work-piece along both horizontal directions. Materials that laser cutters commonly cut through include polymers, ceramics, stainless steel, titanium, brass, epoxy materials, thin metal foils and more. Laser cutters do have a few disadvantages, most of which involve the typical drawbacks of hot cutting. The material being cut gets very hot, so in narrow areas thermal expansion, burring and warping may be a problem.

Laser cutters have an advantage over their direct-contact process competitors because laser cutting is non-contact and does not distort or stress materials in process. Machines used by laser cutters are low-maintenance, but they provide high accuracy and consistency through lasers that are able to drill sub micron holes and focus to spot sizes as small as 10-20 microns. Laser cutters are capable of creating tighter accuracies on a smaller scale than any other provider of metal cutting.

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