xTool Air Compressor

The xTool Air Compressor is a compact yet powerful compressed air system designed specifically to support high-efficiency metal cutting. With rapid pressure recovery, consistent air delivery over 6 bar, and seamless integration with xTool SaveGas™ nozzles, it ensures reliable, burr-free cutting performance in demanding workshop environments.

• 2,200W motor delivers steady pressure above 6 bar (0.6 MPa)
• Recovers from 0 to 10 bar in just 45 seconds
• 20L air tank ensures consistent airflow for continuous operation
• Compact design (only 0.066 m³) fits easily into tight workspaces
• Air-cooled and maintenance-friendly for industrial use
• Compatible with the xTool SaveGas™ nozzle for optimal cutting

High-Efficiency Air Output

The xTool Air Compressor is built to support continuous laser cutting by delivering stable high-pressure air. Its 2,200W motor and 20-liter tank allow it to maintain output over 6 bar, essential for clean and efficient cutting across various metals. Whether you're working with stainless steel, aluminum, or brass, this compressor helps achieve precise results without relying on expensive gas sources.

Fast Pressure Recovery

In high-demand environments, downtime is costly. The xTool Air Compressor minimizes interruption by restoring pressure from 0 to 10 bar in just 45 seconds. This rapid recharge capability ensures the airflow keeps up with demanding laser cutting tasks, especially during extended production runs.

Compact Design, Industrial Durability

Despite its performance, the unit maintains a total volume of just 0.066 m³, making it ideal for workshops with limited space. Designed for reliability, the compressor operates stably for up to 2,400 hours in environments ranging from -10°C to 40°C. Its air-cooled construction eliminates the need for additional cooling systems.

Ready for Integration

Optimized for use with the xTool SaveGas™ nozzle, the compressor supports burr-free cuts on materials such as 4 mm stainless steel, 4 mm aluminum, and 3 mm brass—at just 6 bar pressure. This makes it a cost-effective, practical alternative to nitrogen-based setups while maintaining industrial-grade results.