What Are The Advantages Of Fiber Laser Cutting Machine

  • Fiber Laser Cutting Features & Applications

    Fiber lasers are well received on the market today, and due to their excellent advantages of high beam quality and conversion power, they are commonly used in a variety of finishing applications. At the moment, the proportion of fiber lasers in industrial applications is close to 50%, making them an active alternative for goods in a wide variety of industrial applications. Fiber lasers provide significant advantages as frequency conversion light sources as compared to conventional gas and solid-state lasers. This article would discuss what a fiber laser cutting system is, its characteristics, drawbacks, and benefits, as well as its implementations and uses.

    What Applications Are There For Fiber Laser Cutting Machines?
    Laser cutting machines are used in a variety of industries, including sheet metal processing, aviation, aerospace, electronics, electrical appliances, subway accessories, automobiles, grain machinery, textile machinery, engineering machinery, precision accessories, ships, metallurgical equipment, elevators, household appliances, crafts, tool processing, decoration, advertising, metal processing, and kitchenware processing.

    CNC Machining Stainless steel, alloy steel, silicon steel, spring steel, aluminum, aluminum alloy, galvanized sheet, pickling sheet, copper, silver, gold, platinum, among other metal sheet and pipe cutting materials.

    What Is The Concept Of A Fiber Laser Cutting Machine?
    Fiber laser cutting machines are a relatively modern kind of system in the world. They are used to generate high-energy laser beams. The laser beam is focused on the workpiece's back, immediately melting and evaporating the region of ultra-fine concentration, and the location is transferred via the CNC Machining Services. Automatic cutting through location illumination. In comparison to large volume gas lasers and solid-state lasers, it clearly has advantages and has been a popular alternative in high-precision laser manufacturing, lidar systems, space technology, and laser medicine, among other applications.

    With neat and smooth edges, the optical fiber laser cutting unit may be used for both plane and oblique cutting. It is ideal for cutting metal plates with extreme precision. Simultaneously, the manipulator may be used in lieu of the five-axis laser for 3D cutting. In comparison to a conventional CO2 laser cutting system, it consumes less room and gas and has a higher photoelectric conversion rate. It is a new energy-saving and environmental-protection device, as well as one of the leading technological products on the market.

    CNC Fiber Laser Excluding Control Specifications
    The optical power conversion performance of the CNC fiber laser cutting unit is excellent, exceeding 30%. The low power fiber laser does not need a water cooler, which significantly reduces power usage during service, lowers operating costs, and ensures maximum output performance.

    When the laser cutting system is operating, it consumes only electric energy and does not need extra laser gas, resulting in the lowest possible operating and repair costs.

    The fiber laser cutting unit is constructed using semiconductor modularity and redundancy. There is no optical lens or start-up period in the resonator. Its benefits include adjustability, low upkeep, and high stability. They significantly minimize the expense of accessories and repair time, something conventional lasers cannot equal.

    The performance beam efficiency of a fiber laser cutter is outstanding, the power density is strong, it is favorable to metal material absorption, it has excellent cutting and welding capabilities, and the manufacturing cost is minimal.

    The optical transmission of the whole unit is not complicated and does not need a mirror. The optical device is easy to use, stable, and requires little maintenance.

    Since the cutting head incorporates a safety mirror, the consumption of costly consumables such as the focusing lens is minimal.

    Since light is emitted by optical fiber, the mechanical device can be designed very simply and easily integrated with a robot or multi-dimensional workbench.

    After incorporating the laser into the shutter, it can be split into several machines, optical fiber separation, several channels operating concurrently, quick to extend features, simple to update, and simple to use.

    The advantages of the fiber laser cutting system include a small volume, light weight, movable location, and compact space.

    What Are The Benefits Of Fiber Laser Cutting?
    Structure that is adaptable and lightweight in volume: Vibration or temperature changes have little impact on the CNC fiber laser cutting unit. The structure is more lightweight, lighter, and easier to transport. Due to the scale and structural benefits of the fiber laser, it will better satisfy the requirements of various occasions.

    Compact and controllable band: Since the operational band of a fiber laser is much larger than that of a solid-state laser, it is simpler to tailor the spectrum to focus the energy on one or more spectral lines, and the spectrum form and envelope are more flexible and controllable.

    More adaptable switching: Since fiber laser integration is comparatively large, it is simpler to change and monitor the wavelength, polarization, and phase of the laser to perform various functions.

    Continuous wave mode: By using a continuous wave fiber laser as the pump source, the system's service life can be extended and steady mid infrared laser performance can be achieved.