| Quantity: | |
|---|---|
1.Oil-Free Compression: No lubricating oil is needed during the compression process, avoiding the pollution of compressed air caused by the mixture of oil and gas. It can provide clean and pure compressed air, meeting the needs of industries with high air quality requirements, such as the food, pharmaceutical, and electronics industries.
2.Low Noise and Vibration: The scroll components rotate at a low speed, generating little noise and vibration during operation, usually operating at 10-65 dB. It can be used in noise-sensitive places such as hospitals and offices without the need for additional sound insulation equipment4.
3.High Efficiency and Energy Saving: Adopting the best LAP/GAP design and ultra-precision machining by a special scroll processing machine tool ensures
4.high compression efficiency: At the same time, its low friction loss and heat generation also help to reduce energy consumption, which can save 30%-40% of energy compared with traditional air compressor equipment.
Stable Operation: With precise manufacturing technology and high-quality materials, the equipment has high stability and reliability during operation and can run stably for a long time, reducing production interruptions caused by equipment failures.
5.Easy Maintenance: Since there is no need to add and replace lubricating oil and the structure is relatively simple, the modular design makes maintenance and repair more convenient. There are few wearing parts, reducing maintenance costs and failure rates and reducing the operating costs of enterprises.
6.Advanced Control: Some models are equipped with controllers with graphic display LCD, such as the MICOS-III controller. It uses a Chinese interface and can intuitively display the working status, machine protection, maintenance information, output status and other multi-functional icons of the air compressor, making the operation simple. It can also form different compression controls according to the actual air consumption of the factory operation and start/stop control in sequence to prevent power consumption caused by no-load operation.
1.Oil-Free Compression: No lubricating oil is needed during the compression process, avoiding the pollution of compressed air caused by the mixture of oil and gas. It can provide clean and pure compressed air, meeting the needs of industries with high air quality requirements, such as the food, pharmaceutical, and electronics industries.
2.Low Noise and Vibration: The scroll components rotate at a low speed, generating little noise and vibration during operation, usually operating at 10-65 dB. It can be used in noise-sensitive places such as hospitals and offices without the need for additional sound insulation equipment4.
3.High Efficiency and Energy Saving: Adopting the best LAP/GAP design and ultra-precision machining by a special scroll processing machine tool ensures
4.high compression efficiency: At the same time, its low friction loss and heat generation also help to reduce energy consumption, which can save 30%-40% of energy compared with traditional air compressor equipment.
Stable Operation: With precise manufacturing technology and high-quality materials, the equipment has high stability and reliability during operation and can run stably for a long time, reducing production interruptions caused by equipment failures.
5.Easy Maintenance: Since there is no need to add and replace lubricating oil and the structure is relatively simple, the modular design makes maintenance and repair more convenient. There are few wearing parts, reducing maintenance costs and failure rates and reducing the operating costs of enterprises.
6.Advanced Control: Some models are equipped with controllers with graphic display LCD, such as the MICOS-III controller. It uses a Chinese interface and can intuitively display the working status, machine protection, maintenance information, output status and other multi-functional icons of the air compressor, making the operation simple. It can also form different compression controls according to the actual air consumption of the factory operation and start/stop control in sequence to prevent power consumption caused by no-load operation.
