Laser Cutting Machine

To understand the importance of air compressors in laser cutting, it is essential to know how laser cutting works.

The process starts with a laser beam, which penetrates material with extreme heat by liquefying or melting it away, causing the residue to accumulate around the burnt section.

This is where air compressors are required. The compressed air or other pressurized gas sources (coaxial with the beam) is blasted on the target simultaneously, forming a jet that expels the residual material from the surface. This makes the cutting process fast, leaving behind smooth and flat, with no burry result.

The introduction of compressed air has enabled the laser cutting machine to cut a wide range of materials, from light fabric to harder metals and gemstones, with high precision, accuracy, and consistency.

An operating mechanism creates and stores the energy to operate a circuit breaker. Compressed air becomes the energy source for the Pneumatic operated mechanism for closing and tripping the hi-voltage circuit breakers. These pneumatic circuit breakers are called “Air Blast Circuit Breakers.”

The air compressor stores the compressed air in the storage tank (air receiver). When needed, it is blasted into the arc extinction chamber. This pushes away the moving contact. As a result, the connections are pulled apart, and the air blast moves the ionized gas away along with it and supports the arc extinction.

For the laser cutting process’s efficiency, not all types of gases are used as a pressurized gas source in laser cutting machines. Thus, there are only a few types of gases used for the process:

The use of pure oxygen as a pressurized gas source, blasted onto the material surface from the air compressor, performs three critical roles. First, the pressurized oxygen expels residual material away from the cut surface. Second, it acts as an oxidation agent to support the melting process of the metal. Last, it also improves the rigidity and hardness of the processed material.

Nitrogen is a heavy gas that prevents the oxidation process, so it doesn’t enhance the heat transfer process or improve the laser cutter’s heating capability. However, it does form a protective layer around the molten metal hence preserving the surface’s quality. It gives high-quality cutting but increases air compressors’ power consumption, which leads to the high cost of cutting. Therefore, it is only used when processing requirements are pretty high or when processing the precious metal.

Naturally, air comprises 21% oxygen and 78% Nitrogen. The other gases occupy the rest. Therefore, it can work as a pressurized gas source if dried to remove water vapors and filtered to remove unwanted gases or contamination. These unwanted gases can either inhibit the oxidation property, increase the air compressor’s power consumption, or hinder the molten material’s expulsion due to low density.

Besides the laser cutting machines, air compressors are also vital parts of nitrogen and oxygen generation systems. These individual generation systems can be used to produce purity gases (instead of buying cylinders), which are later to be used as a pressurized gas source in the laser cutting process.

The introduction of air compressors in laser cutting machines has open doors to a plethora of industrial applications. Here are some of the common ones:

Cutting metal sheets into desired shapes was nearly impossible until laser cutting. The computerized laser cutting machines with air compressors can instantly turn metal sheets, including steel, aluminum, metal, tungsten, and nickel, into any ideal shape with clean cuts and smooth finishes. These shapes can be used in building structures, airplanes, and machine components.

Apart from Signage Cutting, air-assisted Laser cutting machines also engrave and cut plastic for other purposes. Although plastic cutting can be done from various other methods, through laser cutting, you can achieve high-quality results quickly

Naturally, air comprises 21% oxygen and 78% Nitrogen. The other gases occupy the rest. Therefore, it can work as a pressurized gas source if dried to remove water vapors and filtered to remove unwanted gases or contamination. These unwanted gases can either inhibit the oxidation property, increase the air compressor’s power consumption, or hinder the molten material’s expulsion due to low density.

Ever wondered how these modern vine glasses, glass mugs, and glass doors are crafted with beautiful, smooth, engraved, and detailed designs? It is all due to laser cutting machines with air compressors.

Air-Assist Laser Cutting Machines are massively popular due to the following benefits:

Laser Cutting is an instant process, which is further accelerated with a compressed gas blowing mechanism. Thus, enabling the machine to cut any material in significantly less time.

Thanks to the introduction of air compressors in laser cutting, you can precisely and accurately cut an array of materials, from soft fabric to hardest precious stones and metals, into the desired shape.

As laser beams can reach any place of the material at any depth, you can craft detailed and complex designs easily on various materials. And thanks to compressed air, the results are more precise, smooth, and economical.

As the air compressor blows away the residue from the cutting material, the laser beam can only focus on their targets without wasting material, time, and energy.