Laser Dryer
Laser cutting system employ a series of expensive and sensitive optical components including lenses, mirrors, and beam delivery systems. These components are susceptible to damage when exposed to contaminated compressed air.
Particles in the air can erode optical surfaces, while oil and water droplets in the compressed air can form a film on the laser optics, causing beam divergence and distortion, reducing effectiveness of cutting process.
Our LC series Laser dryer offers the perfect solution by delivering clean, dry compressed air round the clock ensuring desired cut quality and accuracy for your components.
Laser Dryer Schematic Diagram
Coalescing filters of 5 micron (1) and 0.01 micron (2) remove bulk moisture and liquid oil from the compressed air. This pre-treated air diffuses to the bottom of the adsorber (T1) and passes through the desiccant bed which adsorbs moisture and dries the air.
Dry air leaving the adsorber (T1), is further treated by Activated carbon water (8) and submicron filters (9). Activated carbon removes traces of oil vapour and submicron filters remove particles down to 0.01 micron making compresses air suitable for laser cutting process. AVS system (7) ensures 100% clean compressed air to the application at all time.
Laser Dryer - Engineered the Best
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