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Air Products and Chemicals, Inc. Cylinder Gases--metal fabrication--gases for laser cutting

 
Gases for Laser Cutting
 

Lasing Gases—The purity and consistency of lasing gases are critical to your laser's performance. To ensure optimal resonator performance and lifetime, lasing gases must consistently meet the specifications for quality and composition set by the laser manufacturer. Impurities in the lasing gas (such as hydrocarbons) can damage the laser optics, eventually resulting in shutdowns for cleaning or replacement of the optics. Lasing gas purities of 99.995% are recommended.

Air Products' Ultraray® lasing gases are available in the full range of standard and custom mixtures of CO2, helium, nitrogen, and carbon monoxide used in all laser equipment. Each gas is supplied with a Batch Certificate of Analysis guaranteeing hydrocarbon impurity levels that meet laser manufacturer specifications. What's more, all are produced and filled using ISO 9002 certified procedures, ensuring the highest levels of consistency.

High-Performance Assist Gases—Assist gases and their supply systems can also dramatically affect laser operations. Consistent-quality assist gases delivered at the correct flow rates and pressures are essential for high throughput and perfect cut quality and can help protect the laser optics by preventing blow back of molten metal.

All of Air Products' assist gases are produced following rigid ISO procedures to ensure consistent specifications and purity. Our laser specialists can help you select the gas best suited for your operation.

 
Oxygen—used to cut carbon steel, oxygen reacts with iron in the steel, generating heat that increases cutting speed.
 
Nitrogen—nitrogen is the preferred assist gas for cutting stainless steel, aluminum, and nickel alloys. It's also used in mild steel cutting when oxide formation is a big concern. Because a heat-generating reaction does not occur, pressures up to 500 psig and more can be required to remove the molten metal.
 
Argon—a specialty assist gas, argon may be required to achieve oxide- and dross-free cuts on reactive metals such as titanium.

For a Copy of Our Brochure
Brochure: Laser and Gas Supply: One source to maximize your performance

Our brochure, Laser and Gas Supply: One source to maximize your performance, is available in PDF format. Click on the brochure cover to view and print (576 K).

You will need the free Adobe Acrobat Reader to view the brochure.

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