China wholesaler Air Cooling Belt Driven 10bar/13bar 18cfm/21cfm 5.5kw 380V/400V/440V Compact Screw Air Compressor with Air Receiver Tank and Filters for Laser Cutting Machine with Good quality

China Wholesaler Air Cooling Belt Driven 10bar/13bar 18cfm/21cfm 5.5kw 380V/400V/440V Compact Screw Air Compressor with Air Receiver Tank and Filters for Laser Cutting Machine with Good Quality

The China Wholesaler Air Cooling Belt Driven 10bar/13bar 18cfm/21cfm 5.5kw 380V/400V/440V Compact Screw Air Compressor with Air Receiver Tank and Filters is a high-quality and reliable air compressor suitable for laser cutting machines. It offers the following advantages:

  • 80% of the components are made with globally recognized and reliable brands, ensuring durability and energy efficiency.
  • The core part of the compressor is the Germany GHH RAND screw air end.
  • The motor is manufactured by Brazil WEG, a renowned motor brand known for its energy-saving features.
  • The air vessel is made by Italian EURE, a leading pressure vessel manufacturer.
  • Other components include Italian Manuli oil tube, French Schneider electric system, and Sweden CHINAMFG bearings.

The air compressor is equipped with a frequency inverter, allowing for variable speed drive (VSD). This feature adjusts the motor rotation speed according to the actual air consumption, resulting in reduced energy costs by 35% or more.

Product Specifications

Model Air Pressure Air Flowing Motor Power Dimension Weight
mpa bar(e) psi(g) m3/min cfm hp kw L(mm)*W(mm)*H(mm) Kgs
GA-3.7AL 0.7 7 102 0.55 19 5 3.7 1800mm*630mm*1450mm 360
0.8 8 116 0.45 16
1 10 145 0.35 12

Why Choose Us

  • High-quality and durable components from globally recognized brands
  • Energy-saving motor with frequency inverter

    All the content of this page is from the Internet. The content is only for reference for product selection. Our products are replacement parts and not original spare parts. We are not the holder of the original trademarks of the content. Our products are only suitable for after-sales replacement parts and not original spare parts. Our replacement parts can be perfectly adapted to the original spare parts. If you need to buy original spare parts, please contact the original factory to buy. If you want to buy original spare parts, please contact the original supplier for purchase.

    Performance Characteristics of Laser Compressor

    1. Enhanced Beam Quality

    The Laser Compressor improves the beam quality of laser systems, resulting in sharper and more precise outputs. This enhancement allows for better performance in various applications and ensures accurate results.

    2. Pulse Compression

    By compressing laser pulses, the Laser Compressor enables shorter pulse durations, which is essential for applications that require high peak powers and ultrafast operations. This feature is particularly beneficial in scientific research and industrial material processing.

    3. Efficient Energy Conversion

    Laser Compressors are designed to efficiently convert electrical energy into laser energy, minimizing energy loss and maximizing the laser system’s overall performance. This efficiency is crucial for applications that require high power outputs and long-lasting operation.

    Types and Characteristics of Laser Compressor

    1. Grating Compressor

    – Utilizes diffraction gratings to compress laser pulses.
    – Offers high precision and adjustable compression ratios.
    – Suitable for ultrafast laser systems and scientific research.

    2. Prism Compressor

    – Employs prisms to compress laser pulses.
    – Provides excellent dispersion control and pulse compression.
    – Commonly used in medical and cosmetic procedures.

    Advantages of Laser Compressor Made of Different Materials

    1. Glass Compressor

    – Offers good thermal stability and low dispersion.
    – Ideal for industrial material processing and telecommunications applications.

    2. Crystal Compressor

    – Provides high damage threshold and exceptional beam quality.
    – Suitable for ultrafast laser systems and scientific research.

    Application of Laser Compressor

    Laser Compressors find extensive usage in various fields, including:

    – Ultrafast Laser Systems

    – Enables precise and efficient ultrafast laser operations.
    – Essential for high-power and ultrafast scientific experiments.

    – Medical and Cosmetic Procedures

    – Used in laser surgery, skin rejuvenation, and tattoo removal.
    – Offers precise control over laser parameters for optimal results.

    – Industrial Material Processing

    – Enables precise cutting, drilling, and marking of materials.
    – Enhances productivity and quality in manufacturing processes.

    – Scientific Research

    – Facilitates advanced experiments in physics, chemistry, and biology.
    – Enables groundbreaking discoveries and technological advancements.

    – Telecommunications

    – Used in fiber-optic communication systems.
    – Enhances signal transmission and data transfer speeds.

    Future Development Trends and Opportunities of Laser Compressor

    The Laser Compressor industry is expected to witness significant growth and opportunities in the coming years. Some of the future development prospects include:

    – Miniaturization of Laser Compressors

    – Advancements in technology will lead to smaller and more compact laser compressors.
    – Increased portability and integration into various devices and systems.

    – Improved Efficiency and Performance

    – Ongoing research and development efforts aim to enhance the efficiency and performance of laser compressors.
    – Better beam quality, higher compression ratios, and improved energy conversion.

    – Expansion into Emerging Markets

    – Laser Compressors have immense potential in emerging markets, including developing countries and industries.
    – Increased adoption and demand for laser technology in various sectors.

    How to Choose a Suitable Laser Compressor

    When selecting a Laser Compressor, consider the following aspects:

    – Clear Requirements

    Define your specific needs, such as desired pulse duration, power output, and beam quality. This will help narrow down the options and choose the most suitable compressor.

    – Material Selection

    Choose a Laser Compressor made of materials that align with your application requirements. Consider factors such as thermal stability, dispersion control, and damage threshold.

    – Design Optimization

    Evaluate the design features and specifications of different compressors. Look for features that enhance performance, precision, and durability.

    – Suppliers and After-Sales Service

    Select reliable suppliers who offer quality products and excellent after-sales service. Ensure prompt technical support and availability of replacement parts if needed.

    – Cost-Effectiveness and Quality Control

    Balance the cost of the Laser Compressor with its quality and performance. Consider long-term reliability and overall value for money.

    Author: Dream


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