1.Equipped with high efficiency permanent magnet motor, saving power up to 30%-40%.

2.High performance air end is adopted, which has large air displacement and reliable operation.

3.Elastic coupling is used to reduce the starting torque and achieve the lowest energy consumption.

4.Microcomputer intelligent control system, automatic operation, Chinese display, fault alarm and shutdown protection.

1.Equipped with high efficiency permanent magnet motor, saving power up to 30%-40%.

2.High performance air end is adopted, which has large air displacement and reliable operation.

3.Elastic coupling is used to reduce the starting torque and achieve the lowest energy consumption.

4.Microcomputer intelligent control system, automatic operation, Chinese display, fault alarm and shutdown protection.

1.Equipped with high efficiency permanent magnet motor, saving power up to 30%-40%.

2.High performance air end is adopted, which has large air displacement and reliable operation.

3.Elastic coupling is used to reduce the starting torque and achieve the lowest energy consumption.

4.Microcomputer intelligent control system, automatic operation, Chinese display, fault alarm and shutdown protection.

1.Equipped with high efficiency permanent magnet motor, saving power up to 30%-40%.

2.High performance air end is adopted, which has large air displacement and reliable operation.

3.Elastic coupling is used to reduce the starting torque and achieve the lowest energy consumption.

4.Microcomputer intelligent control system, automatic operation, Chinese display, fault alarm and shutdown protection.

1.Equipped with high efficiency permanent magnet motor, saving power up to 30%-40%.

2.High performance air end is adopted, which has large air displacement and reliable operation.

3.Elastic coupling is used to reduce the starting torque and achieve the lowest energy consumption.

4.Microcomputer intelligent control system, automatic operation, Chinese display, fault alarm and shutdown protection.

1.Advanced structure design, simple operation, large air displacement and low noise.

2.High performance air end is adopted, which has excellent performance and reliable operation.

3.Large heat exchange area is adopted to improve cooling efficiency and prevent high temperature of machine.

4.icrocomputer intelligent control system, automatic operation, English display, fault alarm and shutdown protection.

1.Advanced structure design, simple operation, large air displacement and low noise.

2.High performance air end is adopted, which has excellent performance and reliable operation.

3.Large heat exchange area is adopted to improve cooling efficiency and prevent high temperature of machine.

4.icrocomputer intelligent control system, automatic operation, English display, fault alarm and shutdown protection.

1.Advanced structure design, simple operation, large air displacement and low noise.

2.High performance air end is adopted, which has excellent performance and reliable operation.

3.Large heat exchange area is adopted to improve cooling efficiency and prevent high temperature of machine.

4.icrocomputer intelligent control system, automatic operation, English display, fault alarm and shutdown protection.

1.Advanced structure design, simple operation, large air displacement and low noise.

2.High performance air end is adopted, which has excellent performance and reliable operation.

3.Large heat exchange area is adopted to improve cooling efficiency and prevent high temperature of machine.

4.icrocomputer intelligent control system, automatic operation, English display, fault alarm and shutdown protection.