-
Rotary Screw Type Air CompressorIt offers 11 power options (22-250KW) and 3 pressure ranges (low/medium/high), with air delivery from 3.8-83 m³/min, adapting to diverse industrial air supply needs.Equipped with direct-drive
-
Portable Rotary Screw Air CompressorMobile and flexible, rapid deploymentStable air supply, continuous operationVariable frequency energy saving, significant power savings
-
Vertical Rotary Screw Air CompressorThis comes in 7 power options (22-90KW), with air delivery 3.8-9.8 m³/min and vertical dimensions 1120-2000mm, saving floor space compared to horizontal models.
-
Horizontal Screw Compressorwo-Stage Compression, Horizontal Screw StructureEfficient and Stable Air SupplySuitable for Harsh Environments
-
Laser Cutting Air CompressorOptimized Specifically for Laser CuttingDelivers Ultra-Clean, Oil-Free AirEnsures Consistent Cutting Quality
-
High Pressure Screw CompressorPressure Range: 20 Bar-40 BarStable High-Pressure OutputContinuous and Reliable Air Supply
-
Low Pressure Screw CompressorLow-Pressure, High-Flow OutputConveying Pressure Range: 0.04 to 0.15 MPaLow Maintenance Costs
-
Portable Diesel Screw CompressorDiesel-powered operation; no external power source requiredWheel-mounted trailer design for exceptional mobility and flexibilityHigh-efficiency compression; provides a stable air supply for pneumatic
-
Electric Screw CompressorIntelligent Variable Frequency SystemLow-Noise Enclosed StructureStable High-Pressure Air Source
-
Dual Piston Air CompressorDual piston synchronous compression doubles gas production efficiency.Dual cylinder symmetrical design ensures minimal vibration and stable operation.
-
Gast Piston Air CompressorCompact and Durable StructureHigh Efficiency and Stable PerformanceReliable Compressed Air Source
-
Oil Free Piston Air CompressorDelivering 100% Oil-Free, Clean AirEfficient Maintenance, Eco-Friendly, and Durable
WebMay 14, 2021 · Using compressed air in the laser cutting process has a mixture of reactive and fusion cutting, as the gas contains 78% of nitrogen which is non-reactive and 21% of oxygen which is...
WebWhy use compressed air for laser cutting? Cost Effectiveness - Compressed air is considerably less expensive than both nitrogen and oxygen. Speed - Depending on the...
WebNow high performance dry air systems, often referred to as high pressure air, are taking the laser-cutting industry by storm. Differences in High Performance Air What exactly is a high performance...
WebFeb 23, 2022 · Luckily, there have been significant improvements in both the speed and quality of laser cutting using high pressure, zero grade air (also known as compressed...
WebMar 13, 2007 · Fabricators are increasingly using compressed air in laser cutting, instead of relying on laser assist gases such as oxygen and nitrogen. Recent findings reveal...
WebFrançaise Italiano A change of air Nitrogen, oxygen or compressed air? The choice of the best assist gas for laser cutting depends on the material to be cut, its thickness, the required cutting...
