{"id":13830,"date":"2024-10-15T05:27:35","date_gmt":"2024-10-15T03:27:35","guid":{"rendered":"https:\/\/bbr.news\/?p=13830"},"modified":"2024-10-15T15:09:06","modified_gmt":"2024-10-15T13:09:06","slug":"efficient-laser-cutting","status":"publish","type":"post","link":"https:\/\/bbr.news\/en\/efficient-laser-cutting","title":{"rendered":"Efficient laser cutting"},"content":{"rendered":"

The metalworking industry is under increasing pressure to make its processes not only more efficient, but also more sustainable.
\nAgainst this backdrop, laser cutting plays a central role in the metalworking industry.
\nThe right choice and targeted use of process gases can not only improve cutting quality, but also significantly reduce the CO2 footprint. <\/h3>\n

\"The
The gases Lasal 2001 (nitrogen 5.0) and Lasal 2003 (oxygen 3.5) can be used without significant investment on the part of the user.
\u00a9 Air Liquide<\/figcaption><\/figure> The use of process gases is essential in laser cutting.
\nThese gases fulfill different tasks, which vary depending on the material and the desired result.
\nThe most commonly used gases are oxygen (O\u2082), nitrogen (N\u2082) and their mixtures.
\nEach of these gases contributes to optimizing the cutting process in a specific way.
\nNitrogen (N\u2082) is often used as a shielding gas.
\nIt is inert and prevents oxidation and discoloration of the cutting edge, which is particularly important for materials such as stainless steel.
\nBy using nitrogen, a clean cut can be achieved as it does not chemically react with the material.
\nThis is particularly important for applications where a high surface quality is required.
\nOxygen (O\u2082), on the other hand, is used to speed up the cutting process.
\nIt reacts with the material to be cut and generates additional heat through exothermic reactions, which increases the cutting speed.
\nOxygen is the preferred choice for cutting mild steel, where high cutting speeds and efficiency are required. <\/p>\n

Innovation through gas mixtures: the potential of Lasal Mix O\u2082<\/h4>\n

The combination of oxygen and nitrogen in the form of the Lasal Mix O\u2082 gas mixture offers great potential for increasing performance in laser cutting.
\nThis mixture combines the advantages of both gases: The exothermic reaction of oxygen enables higher cutting speeds, while nitrogen prevents oxidation and ensures clean cutting edges.
\nThe flexibility of the mixing ratio makes it possible to optimally adapt the performance of the cutting process to the specific requirements. <\/p>\n

Sustainability and efficiency: reducing the carbon footprint<\/h4>\n

A decisive advantage of using Lasal Mix O\u2082 is the significant reduction in energy consumption.
\nThe improved absorption of laser energy in the kerf leads to a more efficient use of energy.
\nThis can either increase the cutting speed or reduce gas and power consumption.
\nWith the same laser power, gas consumption can be reduced by at least 40 percent, while the cutting speed can be increased by over 20 percent.
\nThis efficiency gain makes a significant contribution to reducing the carbon footprint, as less energy is consumed per meter of metal cut.
\nThe metalworking industry is therefore making an important contribution to sustainability. <\/p>\n

Efficiency and availability<\/h4>\n

Further advantages of Lasal Mix O\u2082 are its cost-effectiveness and availability.
\nThe gases Lasal 2001 (nitrogen 5.0) and Lasal 2003 (oxygen 3.5) are available throughout Europe in a uniformly high quality and can be used without significant investment on the part of the user.
\nThis makes them an attractive option for companies that want to optimize their cutting processes without having to accept high costs. <\/p>\n

Conclusion: Future-proof solutions for metal processing<\/h4>\n

The use of nitrogen-oxygen mixtures in laser cutting offers a versatile and efficient solution for different materials and applications.
\nBy specifically adapting the gas mixture to the respective requirements, companies can not only improve cutting quality and speed, but also reduce their carbon footprint.
\nThis makes Lasal Mix O\u2082 a future-proof choice for the metalworking industry.
\nIn times when sustainability and efficiency are becoming increasingly important, optimizing the laser cutting process by using suitable process gases offers a valuable opportunity to increase competitiveness while protecting the environment.
\nWeb: www.airliquide.com<\/a> <\/p>\n","protected":false},"excerpt":{"rendered":"

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