22kw 16bar Integrated Fiber Laser Air Compressor - Standard

Determine your needs: Identify the specific laser cutting application you will use the air compressor for (such as metal, plastic, etc.). Different materials may have different requirements for air source quality and pressure.
Air volume requirements: Based on the specifications of the laser cutting machine, calculate the required air volume (usually expressed in cubic meters per minute or CFM) to ensure that the air compressor can meet the air volume requirements of the equipment.
Pressure requirements: Choose an air compressor that can provide the required working pressure. Laser cutting usually requires a pressure between 8-16 bar. Make sure the rated pressure of the air compressor is higher than your equipment requirements.
Oil-free technology: Oil-free rotary screw air compressors can provide clean air and avoid the impact of oil contamination on laser cutting quality.
Energy efficiency rating: Choose a highly energy-efficient air compressor and check its energy efficiency rating (such as ISO 8573-1 standard) to reduce long-term operating costs.
Maintenance requirements: Understand the frequency and difficulty of air compressor maintenance, and choose a model that is easy to maintain to reduce downtime.
Brand reputation: Choose products from well-known brands, which are usually more guaranteed in quality and service.
Price range: Choose the right air compressor based on your budget range, considering the initial purchase cost and long-term operating costs (such as electricity, maintenance, etc.).