15 hp Rotary screw air compressor with dryer
The core advantages of this 15hp rotary screw air compressor:
Economic Benefits: Permanent magnet inverter technology significantly saves energy, with a typical payback period of 1-2 years.
Product Quality: Constant pressure and pure gas are prerequisites for ensuring smooth, burr-free, and high-precision cutting surfaces.
Equipment Protection: Equipped with a refrigerated dryer and precision filter, multi-stage filtration ensures the cleanliness of the compressed gas, significantly extending the lifespan of laser cutting machines, lenses, nozzles, and lasers, thereby reducing costly maintenance costs and downtime.
Operation Management: Integrated design, intelligent control system, and stable performance make your production management easier and more efficient.

Rotary screw air compressors operate by compressing air through the rotation of a pair of meshing male and female rotors. Their advantages include compact structure, stable operation, high efficiency, good reliability, and continuous and stable air supply, making them the mainstream choice for industrial production.
If your industry has strict requirements regarding the oil content of compressed air (such as electronics, pharmaceuticals, and food), oil-free air compressors should be prioritized. For general industrial power applications, micro-oil air compressors are more economical.
For small workshops, home renovations, or intermittent use, the simple structure of a piston air compressor will meet your needs. For large-scale, continuous production plants, it is recommended to choose a high-efficiency and stable screw air compressor.
If your factory's air consumption is unstable and fluctuates frequently, then a variable frequency rotary screw air compressor is a good choice. It can automatically adjust the air output, resulting in significant energy savings.
Key parameters to understand when choosing a dedicated air compressor for laser cutting:
Exhaust pressure: The higher the pressure, the thicker the sheet metal that can be cut. Most models operate at 1.6 MPa (16 bar), with some models offering pressures up to 3.0 MPa (30 bar).
Exhaust Flow Rate: The required flow rate depends on the laser cutting head design, nozzle size, and laser power. Unit: m³/min
Note: Flow rate and power are generally positively correlated; higher-power lasers often require a larger flow rate to assist cutting.
Rated Power: The rated power of the air compressor is essentially the rated power of the motor (unit: kW or HP), which is the continuous power output of the motor matched to the air compressor under normal operating conditions.
1. High-Efficiency Core: Permanent Magnet Variable Frequency Technology
The core of this system lies in the revolutionary permanent magnet variable frequency motor. This is not a simple improvement, but a transformative technology that delivers tangible benefits.
Significant Energy Savings: Traditional fixed-speed compressors operate in repetitive "load-unload" cycles, resulting in significant energy waste. Our permanent magnet variable frequency compressor intelligently adjusts the motor speed in real time to match your precise air requirements. By avoiding these wasteful cycles and leveraging the ultra-high efficiency of the permanent magnet motor (which requires no electromagnetic excitation), it can reduce your energy consumption by up to 30-40%. For a machine operating 24/7, this translates to a rapid return on investment and a substantial reduction in operating costs.
Stable and Reliable Pressure for Perfect Cuts: Your laser cutting head requires extremely stable air pressure. Any fluctuations or dents can lead to streaks, inconsistencies, and scrapped parts. Our variable frequency drive (VSD) technology ensures **constant pressure control**, maintaining your set pressure (16 bar in this example) within a very narrow range of ±0.1 bar. This provides the necessary stability for perfect, repeatable cutting of each sheet of material from the first piece to the last.
Protecting your electrical systems: Soft-start significantly reduces inrush current, minimizing stress on your plant's electrical infrastructure. Variable speed operation also reduces mechanical stress on compressor components, reducing maintenance and extending the overall lifespan of the system.
2. Air Compressor Post-Processing System
Refrigerated Dryer: This unit is your first line of defense against moisture, cooling compressed air to a low dew point, causing water vapor to condense and escape. Dry air is crucial-it prevents condensation on optical lenses, protects the laser head from internal corrosion, and ensures stable beam output and superior cutting quality.
Multi-stage Precision Filtration: Our multi-stage filtration system provides "laser-grade" air purity.
Standard filters remove large amounts of liquid water and larger particles.
Activated carbon coalescing filters precisely remove oil mist and oil vapor, keeping the oil content in the air below 0.01 ppm. This is essential for protecting sensitive optical components and reflectors from irreversible damage.
High-efficiency particulate filters (HEPA filters) act as the final barrier, removing submicron-sized solid particles.
This treatment system ensures that the air delivered to your machine is dry, clean, and oil-free, significantly extending the lifespan of nozzles, lenses, and laser sources.
3. Integrated Design
Space Saving and Simplified Installation: Users no longer need to plan the location and piping connections for each component separately, greatly reducing installation work and floor space requirements.
Collaborative Design and Optimal Matching: Before leaving the factory, each component has been optimally matched and tested by engineers, ensuring the efficient and harmonious operation of the entire system and avoiding compatibility issues that may arise from self-selection.
Easy Management and Maintenance: A unified control system monitors the entire gas station system's operating status, and centralized maintenance points reduce the complexity of daily management.
Product Parameters
|
Model |
Motor Power |
Work pressure |
Gas production |
Host type |
Cooling method |
Weight |
Size |
|
|
NO. |
Kw |
Hp |
Bar |
m³/min |
Kg |
mm |
||
|
HM11 |
11 |
15 |
8 |
1.5 |
Single-stage |
Air cooling |
415 |
1760×700×1600 |
| 10 | 1.4 | |||||||
| 13 | 1.0 | |||||||
| 16 | 0.9 | |||||||
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