The 16Bar 20HP laser cutting compressor is a high-performance air compression system designed for high-power laser cutting needs. The system can provide a stable 16Bar high-pressure gas output, perfectly adapted to high-power laser cutting equipment above 6kW, effectively remove the slag generated during the cutting process, and ensure high-quality cutting of materials. Its air pressure adjustment range is wide, covering 0.8Bar to 16Bar, which can flexibly respond to the processing needs of metal plates of different thicknesses. The
20 HP Screw Air Compressor device adopts a four-in-one integrated design, integrating a permanent magnet variable frequency host, a refrigerated dryer, a multi-stage filtration system (usually four or more stages) and a gas tank. Not only does it achieve convenient plug-and-play operation, it also compresses the overall volume to 50% of traditional split equipment, greatly saving plant space. The equipment is widely used in high-precision fields such as aerospace precision parts manufacturing, metal processing, and electronic manufacturing.
The 16bar 20 horsepower laser
Screw Air Compressor is a high-pressure air compression system designed to meet the needs of high-power laser cutting. It provides a stable air pressure of 16Bar, which is compatible with medium and high power laser machines (especially models above 6kW), ensuring efficient removal of cutting slag and penetration of materials. The cutting coverage range is as high as 0.8Bar to 16Bar, which is compatible with the cutting needs of metal plates of different thicknesses. The four-in-one integrated permanent magnet frequency conversion host, refrigerated dryer, multi-stage filter (usually four or more stages) and gas tank realize "plug and play", and the volume is reduced by 50% compared with the split type, saving equipment space. It is widely used in high-precision cutting fields such as aerospace precision parts, metal processing, and electronic manufacturing.
The core advantages of this 20-horsepower
Screw Type Compressor are mainly reflected in three aspects: integrated design, energy-saving and high efficiency, and stable and reliable. The integrated design integrates the air compressor, dryer, filtration system and gas tank into one, reducing complex pipeline connections, saving more than 30% of installation space, and simplifying the installation process. In terms of energy saving, the equipment adopts IE4 high-efficiency oil-cooled permanent magnet motor and frequency conversion technology, with an energy efficiency of up to 96-97%, saving 20-30% energy compared with traditional equipment, and the operating cost is only one-tenth of nitrogen cutting. In terms of stability and reliability, the equipment has an ultra-long oil change cycle of 8,000 hours, the modular filter element design is convenient and quick to replace, and the three-stage imported filter element ensures that the gas oil content is ≤0.01ppm, effectively protecting the laser lens. The 16Bar high-pressure output is especially suitable for cutting 10-25mm thick steel plates, which can increase the flatness of the cutting section by 30%.
As the core power equipment of the laser cutting process, the compressor plays an important role in many key links. First, as the main auxiliary gas source, it bears 80-90% of the cutting gas supply, which is used to remove slag, cool the cutting area, protect the optical lens, etc. Secondly, its 16Bar high-pressure characteristics provide strong support for high-power laser equipment to cut thick steel plates, significantly improving processing efficiency and cutting quality. In addition, the equipment can also provide stable power for the cylinder system of the laser cutting machine to ensure the precise movement of mechanical parts. In addition to standard models, customized solutions can also be provided according to customer special needs. At present, this integrated equipment has been widely used in fasteners, sheet metal processing and other fields, gradually replacing 90% of traditional split equipment, and the overall work efficiency has been improved by more than 25%.
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