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Which laser machine is the best?

Which laser machine is the best?

We should first figure out how many types of laser cutting machines, from the laser to be divided into solid laser: solid laser inside the ruby laser, YAG, etc. Semiconductor lasers, liquid lasers, gas lasers, and CO2 lasers, of course, are used for laser cutting YAG and CO2 two. If the structure of the laser cutting machine, can be divided into fiber laser cutting machine, this laser cutting machine is the most common, while Baiwei laser focuses on fiber laser cutting machine.

Fiber laser cutting equipment that is durable, reliable, and can handle large amounts of metal. Compared to plasma cutting equipment, laser cutting equipment cuts faster and more efficiently, and has more materials suitable for the workpiece.

Do you know how a fiber laser cutting machine works?

A fiber laser cutting machine is one of the laser cutting machines that use the power of light to pierce the processed material. Compared to ordinary light sources, lasers have unique properties such as extreme portability, extreme stability, extreme maneuverability, and extreme operability. Compared to ordinary light sources, lasers have unique properties such as great directionality, monochromaticity, coherence, and energy concentration. Of these factors, monochromaticity depends on frequency stability.

Of these factors, monochromaticity depends on frequency stability, and optimum monochromaticity can be achieved by gas laser generators.

If you want to improve the quality of monochromaticity, you can use frequency stabilization techniques and mode-selection techniques.

The basic principle of operation is photoelectric conversion, where the laser generator is driven by an electronic power supply and delivers the optical fibers to the cutting head.

Fiber laser cutting machine technical parameter

Model BW-G6020
Cutting range 6000x2000mm (Optional)
Laser power 1kw/2kw/3kw/4kw/6kw/8kw/10kw/12kw/15kw/20kw/30kw (Optional)
Max moving speed 100m/min
Max cutting speed 35-80m/min
Positioning accuracy 0.03mm
Repositioning accuracy 0.02mm
Min line width: 0.1mm

Have you ever noticed the structure of a laser cutting head?

It consists of 13 parts, including the godet, nozzle, oxygen feed tube, nitrogen pressure gauge, lens cooling water jacket, focusing mirror, laser beam, reflector, reflector, cooling water jacket, servo motor, ball screw, amplification control and drive motor and position sensor. After the laser beam has been reflected by the reflector, it passes through the focusing lens and nozzle to reach the surface of the metal plate or pipe. In addition, the nozzle plays a key role in the cutting and engraving process. The laser head is protected from contamination by the slag produced during the cutting process because the nozzle can generate air while the machine is running. Generating air while operating the machine. Indeed, the laser is the brightest light source in the world, and the hydrogen bomb can only be compared to it when it explodes. According to scientific data, the brightest sunlight is about 103 degrees. The brightest sunlight is about 103 watts squared, according to scientific data, and the output of a high-powered fiber laser is over 7 to 14 levels brighter. This is why fiber lasers can easily reach ultra-high temperatures and pressures in the material section.

Why should you consider laser cutting machines for cutting plates, sheets and even tubing?

  1. Laser cutting is an extremely precise cutting technique.
  2. The risk of material deformation is limited due to the small heat-affected zone.
  3. Laser cutting is a very fast and very productive cutting process.
  4. Laser cutting machines are computer-controlled machines with a high level of automation, limiting the need for an operator interface – an unattended system.
  5. The accuracy and precision of laser cutting produce very narrow kerfs, providing tighter nesting of parts and minimizing material waste.
  6. While laser-cutting machines may offer a fast, versatile and accurate way to cut pipes, flat sheets, and plates, there are limitations. Laser cutting is typically used on thinner materials, although some machines are configured to cut pipes up to 32mm thick. Laser cutting is often used for cutting without bevels. As a result, many laser cutters either do not have bevel-cutting capability or this capability is not the primary focus.

Which laser machines are best for cutting sheet metal?

High-powered Co2 source lasers as well as fiber laser are very efficient in cutting metal sheets. The required power depends on the material of the sheet as well as the thickness of the metal sheet that the machine needs to cut. Co2 can also be used to cut nonmetals but fiber can only cut metals. Since the laser cutting process is combined with the numerical control system, after the drawing on the software, the laser cutting machine can cut according to the preset drawings without restriction. The precision of the laser cutting process can be within millimeters, the edge of the slit is precise, the hand is not worn, and the edge is not melted. The laser cutting process is adaptable and flexible, not only can achieve the same scale production but also can be customized in a unique style. It is believed that the laser cutting process can provide new ideas for wall clock manufacturers and create more wall clocks that show the charm of the time.

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