Topdoer 16 Bar 4-In-1 Combined Screw Air Compressor for Laser Cutting

16 Bar 4-In-1 Combined Screw Air Compressor For Laser Cutting

16 Bar 4-in-1 Combined Screw Air Compressor for Laser Cutting – A versatile device designed to supply compressed air for various functions in LASER CUTTING and PLASMA CUTTING machines. It integrates four essential components into a single unit, streamlining both setup and operations
16 bar AH air end

16 TO 24KG AIR SUPPLY

Can provide 16kg continuous constant pressure gas supply, eliminate loading and unloading pressure difference, improve work efficiency.

AH AIR END

  1. 20CrMnTi rotor material, L/D special design.
  2. Steel cage, optimized bearing structure.
  3. Low oil content, low noise, high energy efficiency. larger load, longer service life under high pressure and high temperature environment, and stable.
  4. Separate structure, small vibration, low noise.
  5. Suitable for extreme special occasions.
  6. Easy to maintain, stable and reliable.
16 bar copper motor

IP55 MOTOR

High efficiency all copper motor IP55, insulation grade F, continuous operation design.

16 bar inverter

HIGH GRADE INVERTER

Huichuan brand strength guarantee, the global compressor industry high-end preferred.

16 bar dryer

STANDARD HIGH EFFICIENCY DRYER

High air quality, ensure pressure dew point, protect laser lens and knife head.

ITALIAN BRAND FILTERS

For laser cutting to provide a clean gas source, effective protection of cutting machine lens, reduce the pressure drop to reduce energy consumption.

16 Bar 4-in-1 Screw Air Compressor for laser cutting
Save up to 60% Floor Space

Designed for space-constrained production floors and workshops. Our compact unit fits easily in tight corners, freeing up valuable floor space for your core operations. Ideal for small to medium-sized manufacturing facilities, workshops, and any industry where space efficiency is crucial.

  • Save up to 40% floor space
  • Reduce installation time by 50%
  • Cut maintenance costs by 30%
  • Enjoy steady, non-stop air flow with fewer disruptions
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