SYGV-50A Laser Cutting Air Compressor 3.0 M³/min 1.6MPa With Integrated Design

SYGV Series Screw Air Compressor — Specially Developed for Laser Applications

Product Overview
The SYGV Series Screw Air Compressor is professionally engineered for laser cutting applications, integrating compressor, air tank, refrigerated dryer, and filters into a complete all-in-one system. With stable 1.6MPa output pressure and capacities ranging from 0.5 to 3.0 m³/min, it delivers dry, clean compressed air essential for high-precision laser processing. The compact design saves space while ensuring reliable performance in industrial environments.

Key Features & Advantages

• High-Efficiency Frequency Conversion Motor: Significant energy savings with optimized power consumption

• Integrated Design: Combines compressor, air tank (450–550L), dryer, and filters in one unit

• Vector Control Technology: Rapid frequency response and high operational safety

• Space-Saving Structure: Reduced footprint with fully integrated components

• Dry and Clean Air: Ensures optimal performance and longevity of laser cutting equipment

Technical Parameters of JYG Laser Cutting Integrated Screw Air Compressor

Applications

• Laser cutting and engraving machines

• Metal and non-metal laser processing

• High-precision industrial laser systems

• Automated CNC laser equipment

Operation Benefits

• Ready-to-use complete system

• Easy and fast installation

• Low maintenance requirements

• Stable air supply for consistent laser performance

FAQ
Q1: Why is this compressor specially designed for laser cutting applications?
A1: Laser cutting requires extremely dry and clean compressed air to protect optical components and ensure cutting quality. This integrated system includes refrigerated dryer and filters that remove moisture and contaminants, providing air quality that meets laser equipment requirements.

Q2: What are the advantages of the integrated design?
A2: The all-in-one design combines compressor, air tank, dryer and filters in a single unit, saving installation space by approximately 40% compared to separate components. It also simplifies installation - just connect power and air output to start working.

Q3: How much energy can the frequency conversion system save?
A3: The permanent magnet frequency conversion motor combined with vector control technology can achieve energy savings of 20-35% compared to fixed-speed compressors, especially suitable for laser cutting with fluctuating air demand.

Q4: What maintenance does this compressor require?
A4: Basic maintenance includes replacing air filter elements every 2000 hours, oil filter every 4000 hours, and compressor oil every 8000 hours. The integrated design makes these maintenance procedures quick and straightforward.

Q5: Can this compressor be used for other applications besides laser cutting?
A5: Yes, while optimized for laser cutting, it's suitable for any application requiring clean, dry compressed air at 1.6MPa, such as precision instruments, pneumatic tools, and automated equipment.