CPVSH 20-30, CPVSH 20-30 TMDD 15bar

Laser cutting surpasses traditional methods like gas cutting, plasma cutting, and mechanical punching with significant advantages. It offers faster cutting speeds, ±0.05mm precision, ultra-narrow kerf, minimal material deformation, energy efficiency, and cost savings. These strengths are driving its adoption as the industry’s preferred solution over outdated equipment. During laser cutting, compressed air plays a vital dual role: removing molten debris and protecting optical lenses. However, if the air contains excessive oil or moisture, it contaminates the lenses, causing laser beam dispersion and rough, jagged edges. This not only compromises cut quality but also risks damaging lenses or laser heads, shortening equipment lifespan by 30-40% and increasing maintenance costs. Our solution ensures high air quality through multi-stage filtration and drying treatment, while maintaining stable pressure, to deliver consistent precision and equipment longevity.