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1. High Efficiency and Energy Saving: It frequently utilizes a variable frequency permanent magnet motor, which automatically adjusts the motor speed based on actual air consumption. When air consumption is low, the speed decreases to minimize energy usage; conversely, when air consumption is high, the speed increases to meet demand, thereby achieving energy-saving benefits.
2. Stable and Reliable：A high-performance large air-end has been selected, capable of generating sufficient air volume at a relatively low speed. This design reduces motor wear and extends the equipment's service life. Additionally, precise processing technology and high-quality materials ensure the overall stability of the air compressor, allowing it to perform effectively in long-term, high-intensity working environments.
3. Low Noise: Advanced noise reduction technologies have been implemented, including the optimization of air-end design, the selection of low-noise motors, the installation of shock absorption devices, and the incorporation of soundproof enclosures. Consequently, the operating noise level of the air compressor typically ranges from 60 to 68 dB, fostering a relatively quiet working environment.
4. Intelligent Control: Through the intelligent controller, users can easily start, stop, and set parameters for the air compressor via the control panel. They can also monitor the air compressor's operating status in real time, including pressure, temperature, and air displacement, which facilitates the timely detection and resolution of issues. Additionally, the system allows for adjustments to laser power, cutting speed, and cutting gas pressure. It also offers advanced features such as automatic nesting, import/export positioning, and cutting angle control to optimize cutting results.
1. High Efficiency and Energy Saving: It frequently utilizes a variable frequency permanent magnet motor, which automatically adjusts the motor speed based on actual air consumption. When air consumption is low, the speed decreases to minimize energy usage; conversely, when air consumption is high, the speed increases to meet demand, thereby achieving energy-saving benefits.
2. Stable and Reliable：A high-performance large air-end has been selected, capable of generating sufficient air volume at a relatively low speed. This design reduces motor wear and extends the equipment's service life. Additionally, precise processing technology and high-quality materials ensure the overall stability of the air compressor, allowing it to perform effectively in long-term, high-intensity working environments.
3. Low Noise: Advanced noise reduction technologies have been implemented, including the optimization of air-end design, the selection of low-noise motors, the installation of shock absorption devices, and the incorporation of soundproof enclosures. Consequently, the operating noise level of the air compressor typically ranges from 60 to 68 dB, fostering a relatively quiet working environment.
4. Intelligent Control: Through the intelligent controller, users can easily start, stop, and set parameters for the air compressor via the control panel. They can also monitor the air compressor's operating status in real time, including pressure, temperature, and air displacement, which facilitates the timely detection and resolution of issues. Additionally, the system allows for adjustments to laser power, cutting speed, and cutting gas pressure. It also offers advanced features such as automatic nesting, import/export positioning, and cutting angle control to optimize cutting results.
