Company Information

Airhorse Air Compressor Revolutionizes Production Efficiency at Zhuhai Machinery Plant​

At a machinery manufacturing facility in Zhuhai, production lines operate efficiently with workers conducting orderly operations. Behind these visible production processes, an "invisible power engine" quietly drives operations - compressed air.

Before installing Airhorse equipment, the workshop faced multiple challenges: high energy consumption from older equipment, frequent issues with oily and wet compressed air affecting processing accuracy, and high failure rates causing disruptive unplanned downtime.

To break through these bottlenecks, the company ultimately chose Airhorse's all-in-one permanent magnet variable frequency screw air compressor. With its high-efficiency motor configuration, integrated design, and intelligent operation control, the equipment has not only stabilized air supply but also delivered quantifiable, trackable improvements in production environment and operational efficiency.

 

 

1. From Dispersed Equipment to System Integration: 40% Space Savings​

Traditional air compressors require additional chillers, filters, and air storage tanks, resulting in complicated installation, large footprint, and complex piping. The machinery company's previous air system occupied significant space, reducing workshop utilization and increasing maintenance burden.

The four-in-one unit highly integrates compression, drying, air storage, and purification, truly serving as "one machine replacing four." Installation cycle shortened by 40%, with substantially reduced footprint. Workshop layout became more compact, air circuits clearer, and overall management more efficient.

 

2. From High Energy Consumption to Permanent Magnet Frequency Conversion: 28% Energy Reduction​

The company's original fixed-frequency air compressor could only operate at full load, consuming maximum power even during low demand periods, resulting in severe energy waste. Monthly electricity costs accounted for nearly 35% of total operational costs, becoming a heavy burden.

Airhorse's permanent magnet screw air compressor features high-efficiency permanent magnet motors paired with frequency converters that adjust output based on real-time air demand, avoiding unnecessary consumption. Three months of operational data show a 28% improvement in compressed air production efficiency per kWh.

 

3. From Wet/Contaminated to High-Quality Air: Defect Rate Drops to <1%​​

The old compressor equipment lacked effective purification, allowing excessive moisture, oil, and impurities in the air that caused pipeline corrosion and reduced machining accuracy. Product rework rates reached 4.2%.

Airhorse's integrated system includes chillers and three-stage precision filtration ensuring dew point and oil content meet standards. In practical application, the machinery company's rework rate dropped below 1%, equipment service life extended, and customer order delivery became more reliable.

 

4. From Unstable Operation to Intelligent Control: Zero Unplanned Downtime​

The old compressor's control system was outdated with no real-time monitoring, often requiring shutdowns only after failures occurred. Over the past year, the company experienced unscheduled outages once every two months on average, seriously impacting production schedules.

Airhorse's compressor features an intelligent touch control system with real-time operational data monitoring, fault warning, and remote maintenance capabilities. Since installation, the equipment has operated continuously for over 1,000 hours without failure, maintaining stable production rhythm, reducing downtime to “zero”, and improving maintenance management efficiency by 35%.

As manufacturing demands for efficient and green production continue to increase, air systems have evolved from simple power equipment to critical components affecting cost control, product quality, and corporate competitiveness. Manufacturing companies are transitioning from "passive energy saving" to "active management" and from "single equipment" to "system solutions." Evidence shows that stable, energy-efficient, and intelligent compressed air systems are becoming important engines driving high-quality enterprise development.

Airhorse Compressors will continue to support more companies in accelerating their transformation and upgrading through technological innovation and professional services, embracing a green and intelligent future of manufacturing together.

Airhorse Air Compressor Revolutionizes Production Efficiency at Zhuhai Machinery Plant​

At a machinery manufacturing facility in Zhuhai, production lines operate efficiently with workers conducting orderly operations. Behind these visible production processes, an "invisible power engine" quietly drives operations - compressed air.

Before installing Airhorse equipment, the workshop faced multiple challenges: high energy consumption from older equipment, frequent issues with oily and wet compressed air affecting processing accuracy, and high failure rates causing disruptive unplanned downtime.

To break through these bottlenecks, the company ultimately chose Airhorse's all-in-one permanent magnet variable frequency screw air compressor. With its high-efficiency motor configuration, integrated design, and intelligent operation control, the equipment has not only stabilized air supply but also delivered quantifiable, trackable improvements in production environment and operational efficiency.

 

 

1. From Dispersed Equipment to System Integration: 40% Space Savings​

Traditional air compressors require additional chillers, filters, and air storage tanks, resulting in complicated installation, large footprint, and complex piping. The machinery company's previous air system occupied significant space, reducing workshop utilization and increasing maintenance burden.

The four-in-one unit highly integrates compression, drying, air storage, and purification, truly serving as "one machine replacing four." Installation cycle shortened by 40%, with substantially reduced footprint. Workshop layout became more compact, air circuits clearer, and overall management more efficient.

 

2. From High Energy Consumption to Permanent Magnet Frequency Conversion: 28% Energy Reduction​

The company's original fixed-frequency air compressor could only operate at full load, consuming maximum power even during low demand periods, resulting in severe energy waste. Monthly electricity costs accounted for nearly 35% of total operational costs, becoming a heavy burden.

Airhorse's permanent magnet screw air compressor features high-efficiency permanent magnet motors paired with frequency converters that adjust output based on real-time air demand, avoiding unnecessary consumption. Three months of operational data show a 28% improvement in compressed air production efficiency per kWh.

 

3. From Wet/Contaminated to High-Quality Air: Defect Rate Drops to <1%​​

The old compressor equipment lacked effective purification, allowing excessive moisture, oil, and impurities in the air that caused pipeline corrosion and reduced machining accuracy. Product rework rates reached 4.2%.

Airhorse's integrated system includes chillers and three-stage precision filtration ensuring dew point and oil content meet standards. In practical application, the machinery company's rework rate dropped below 1%, equipment service life extended, and customer order delivery became more reliable.

 

4. From Unstable Operation to Intelligent Control: Zero Unplanned Downtime​

The old compressor's control system was outdated with no real-time monitoring, often requiring shutdowns only after failures occurred. Over the past year, the company experienced unscheduled outages once every two months on average, seriously impacting production schedules.

Airhorse's compressor features an intelligent touch control system with real-time operational data monitoring, fault warning, and remote maintenance capabilities. Since installation, the equipment has operated continuously for over 1,000 hours without failure, maintaining stable production rhythm, reducing downtime to “zero”, and improving maintenance management efficiency by 35%.

As manufacturing demands for efficient and green production continue to increase, air systems have evolved from simple power equipment to critical components affecting cost control, product quality, and corporate competitiveness. Manufacturing companies are transitioning from "passive energy saving" to "active management" and from "single equipment" to "system solutions." Evidence shows that stable, energy-efficient, and intelligent compressed air systems are becoming important engines driving high-quality enterprise development.

Airhorse Compressors will continue to support more companies in accelerating their transformation and upgrading through technological innovation and professional services, embracing a green and intelligent future of manufacturing together.