Fiber laser vs CO2 laser: a comparison | El.En. CO2 Laser- fiber laser engraver vs co2 ,Uniform quality: the quality is the same on all materials whilst with the fiber optic laser it can be slightly different depending on the density of the processed material. Straight line cutting speed: a CO 2 laser is faster at cutting in a straight line, and also has a faster penetration time once the cut has been initialised. CO2 vs. Fiber – Which technology is right for your application?A fiber laser can cut many of the same materials as a CO2, plus copper, brass, and aluminum much better because the beam is more readily absorbed and not reflected. For example, cutting .125-inch aluminum and thinner, using ABR as an assist gas can produce speeds 3x higher than CO2. The fiber also enables marking on the aluminum.
Uniform quality: the quality is the same on all materials whilst with the fiber optic laser it can be slightly different depending on the density of the processed material. Straight line cutting speed: a CO 2 laser is faster at cutting in a straight line, and also has a faster penetration time once the cut has been initialised.
Fiber & CO2 Laser Technology. When it comes to cutting and engraving materials, there' nothing quite like the precision of a laser. Fiber and CO2 lasers have a few fundamental differences however they both operate using wavelengths of varying power levels that can be controlled remotely, via specially designed software to produce accurate cutting and engraving results, time after time.
Laser marking machine is also known as laser printing machine, laser engraving machine, it can be divided into fiber laser marking machine, CO2 laser marking machine and UV laser marking machine.
1 – Energy Source. Fiber lasers use LEDs to emit light that is then concentrated by the fiber optical lenses that amplify the light to deliver results. On the other hand, CO2 lasers stimulate a mixture of gases like CO2, N2, Xe, and others to create waves that intensify to cut through different objects easily.
1 – Energy Source. Fiber lasers use LEDs to emit light that is then concentrated by the fiber optical lenses that amplify the light to deliver results. On the other hand, CO2 lasers stimulate a mixture of gases like CO2, N2, Xe, and others to create waves that intensify to cut through different objects easily.
Less efficient. Compared to most other lasers, the 20% to 30% efficiency of CO2 lasers is not bad at all. However, they pale in comparison to the relatively new technology of fiber lasers. A fiber laser only consumes about a third of the power of CO2 laser with comparable power output.
Fiber & CO2 Laser Technology. When it comes to cutting and engraving materials, there' nothing quite like the precision of a laser. Fiber and CO2 lasers have a few fundamental differences however they both operate using wavelengths of varying power levels that can be controlled remotely, via specially designed software to produce accurate cutting and engraving results, time after time.
The energy source of gas lasers is usually an electric discharge, similar to that used in fluorescent lamps. Its gain medium is a gaseous mixture mainly composed of CO2. The wavelength of Laserax’s CO2 lasers is either 9.3, 10.2 or 10.6 µm. More details about our Industrial CO2 laser - LXM can be found on our product pages. Contact a Laser Expert
Wavelengths. The CO2 laser is a gas beam obtained by excitation of carbon dioxide molecules, and its wavelength is 10.6μm, while the fiber laser is a solid laser obtained by placing a crystalline Yb (ytterbium) compound as a medium in optical fiber and irradiating the crystals with a light beam, and its wavelength is 1.08μm.
Uniform quality: the quality is the same on all materials whilst with the fiber optic laser it can be slightly different depending on the density of the processed material. Straight line cutting speed: a CO 2 laser is faster at cutting in a straight line, and also has a faster penetration time once the cut has been initialised.
Pros of Optic Fiber Laser. It is highly cost-effective to use in large-scale industries. The functioning of fiber optics lasers is accurate. It is a non-rechargeable machine. It has a relatively low amount of fluctuation as compared to CO2 lasers. It is environmentally friendly.
Fiber can cut copper, brass and aluminum much better and more safely than CO2 because the beam is more readily absorbed and not reflected. Fiber laser operating costs are typically half of what a CO2 system can offer due to the lower electrical consumption and high electrical efficiency of Fiber lasers.
A fiber laser typically has a wavelength of 1,060 nm, whereas CO2 lasers have wavelengths of 10,600 nm to 15,200. Fiber lasers, as opposed to CO2 lasers, provide several distinct benefits. Fiber lasers and CO2 lasers are the two most common lasers used today. Both types of lasers can cut and engrave a wide range of materials.
A fiber laser can cut many of the same materials as a CO2, plus copper, brass, and aluminum much better because the beam is more readily absorbed and not reflected. For example, cutting .125-inch aluminum and thinner, using ABR as an assist gas can produce speeds 3x higher than CO2. The fiber also enables marking on the aluminum.
Fiber & CO2 Laser Technology. When it comes to cutting and engraving materials, there' nothing quite like the precision of a laser. Fiber and CO2 lasers have a few fundamental differences however they both operate using wavelengths of varying power levels that can be controlled remotely, via specially designed software to produce accurate cutting and engraving results, time after time.
This week we're talking technology with James In The Van! We will compare the CO2 laser vs. the Fiber laser, and of course talk about our FLEXX laser which h...
Pros of Optic Fiber Laser. It is highly cost-effective to use in large-scale industries. The functioning of fiber optics lasers is accurate. It is a non-rechargeable machine. It has a relatively low amount of fluctuation as compared to CO2 lasers. It is environmentally friendly.
The second, is that fiber laser allows a smaller focal diameter on the working surface than the carbon dioxide laser. As a result, the fiber laser achieves a higher energy density for the same power than the CO 2 laser. The main shortcoming of fiber laser technology is its lack of flexibility. The wavelength of the fiber laser is absorbed well ...
A fiber laser marker works on a similar principle as a CO2 laser engraver. However, a key difference is that an optical fiber coated in rare earth elements is used in a fiber laser vs CO2. The fiber laser concentrates light into a narrower point, resulting in a higher intensity beam that can transfer more energy into the desired material.
For 1 mm, fiber lasers can cut up to 6 times faster than CO 2 lasers. For 5 mm paper, the difference is reduced to about 2 times. The cutting speed of thin sheets can increase by 2-3 times by increasing the power of the laser source to 2kW. The CO2 laser can cut thin sheets at a faster rate than the fiber laser.
A fiber laser usually has a wavelength of 1,060 nm while CO2 lasers have wavelengths in the 10,600 nm range. In general, fiber lasers have many advantages over CO2 lasers. Tell us About Your Application. Fiber Lasers. Fiber lasers are best suited for high-contrast markings like metal annealing, etching, and engraving.
With a wavelength of 1.064 micrometers, fiber lasers produce an extremely small focal diameter; as a result their intensity is up to 100 times higher than that of CO 2 lasers with the same emitted average power. Fiber lasers are optimally suited for metal marking by way of annealing, for metal engraving, and for high-contrast plastic markings.
This week we're talking technology with James In The Van! We will compare the CO2 laser vs. the Fiber laser, and of course talk about our FLEXX laser which h...
Initial Cost. Fiber lasers won the maintenance and use-cost battle, but they lose when it comes to the initial price tag. CO2 lasers clock in at around $35,000 – $80,000, while Fiber lasers rock a neat $40,000 – $1,000,000 buy-in fee. For professional consultation or to look at possible buying options.
