Fiber versus CO2 Lasers: The Basic Differences - Axis Fabrication- unterschied co2 fiber laser level ,Advantages. CO2 lasers also possess some advantages. As previously stated, CO2 lasers perform better on materials thicker than 5 mm. They leave a smoother finish than fiber laser and perform the cut more quickly. Additionally, CO2 lasers provide a smoother cut edge, especially in materials thicker than 3 mm. Fiber & CO2 & Diode Laser Engravers: What Are the ... - xTool3) Fiber Laser. Fiber lasers are the most powerful and thus the most expensive of all types. These have revolutionized laser cutting and engraving. It is a very new technology compared to CO2 laser and diode laser. Fiber lasers also use a bank of diodes to create laser beams. We have already explained how laser beams are created in a laser diode.
With fiber laser complete solid-state digital module and single design, fiber laser machine has higher electro-optical conversion efficiency than co2 laser cutting machine. The actual utilization rate of each power supply unit of the CO2 laser cutting machine is about 8% to 10%. For a fiber laser steel cutting machine, this value is about 25% ...
Finish: CO2 Lasers generally produce better edge quality on plate stainless and aluminum workpieces. Flexibility: CO2 Lasers offer the flexibility across a range of laser applications including non-metals. Known Technology: As CO2 Lasers have been around for some 30+ Years the technology, and thus the results are quite predictable. This offers ...
Different wavelength. The wavelength of the fiber laser is 1.06 microns, which is 10% smaller than the wavelength of the CO2 laser beam. Due to the smaller wavelength, the beam produced by the fiber laser is more easily absorbed by the reflective material. The CO2 laser is more likely to be reflected by the surface of these materials.
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. Other factors that favor fiber lasers ...
A 3 kW fiber machine uses one third of the power of a 4 kW CO 2 machine of average across-the-board performance. 3. Higher speeds when cutting thin material. Compared with the same 4 kW CO 2 machine, the fiber laser is three times quicker in a straight line cutting of 1 mm mild, galvanized, or stainless steel and twice as fast when cutting 2 mm.
A high-power CO2 laser with a chiller can consume approximately 70 kW at maximum capacity. An equivalently powered fiber laser consumes 18 kW. Co2 lasers are generally less expensive than fiber lasers. CO2 laser marking systems are usually between $35,000 to $80,000.
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.
Power consumption, speed & maintenance. The first distinction that sets fibre laser systems apart from CO2 lasers is the lower overall amount of energy they require to operate effectively. Laser cutting services which rely on fibre can use just a fifth of the total power required by CO2 equivalents to achieve the same results, which is ...
Different wavelength. The wavelength of the fiber laser is 1.06 microns, which is 10% smaller than the wavelength of the CO2 laser beam. Due to the smaller wavelength, the beam produced by the fiber laser is more easily absorbed by the reflective material. The CO2 laser is more likely to be reflected by the surface of these materials.
Advantages. CO2 lasers also possess some advantages. As previously stated, CO2 lasers perform better on materials thicker than 5 mm. They leave a smoother finish than fiber laser and perform the cut more quickly. Additionally, CO2 lasers provide a smoother cut edge, especially in materials thicker than 3 mm.
The high optical gain of fiber lasers means that they can have power outputs of up to 6 kW. When the laser is ultra-focused, it is powerful enough to easily cut through thick metals. In terms of intensity, a fiber laser can be up to 100 times more powerful than a CO2 laser.
CO2 Lasers. The powerful, industrial CO2 laser is a gas laser, and relies on carbon dioxide to create its beam. With a cutting beam 10 microns thick, it wields a lot of power and can cut consistently even through tough, thick, or heavy materials. And while it can neatly cut a straight line, it is too slow and clumsy for intricate work.
Fiber laser systems, on the other hand, simply require the occasional lens or nozzle replacement. Upfront cost: Fiber laser systems cost significantly more upfront than CO2 laser systems. Today, fiber systems can cost anywhere from $40,000 to $1 million, while industrial-level CO2 machines can cost as little as $10,000.
Fiber lasers have wavelengths of just one micron, versus 10 microns for CO2 lasers. The angle of incidence varies based on the thickness of the material and the distance between the beam and the material, so this variable is easier to adjust. As a general rule, fiber lasers are faster than CO2 lasers when the angle of incidence is low.
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. One of the latest advancements in Fiber ...
1.Contrast from the structure of the laser device. In co2 laser cutting technology, carbon dioxide gas is a medium that generates a laser beam. However, fiber lasers are transmitted through diodes and fiber optic cables. The fiber laser system generates a laser beam by pumping multiple diodes and then transmits it to the laser cutting head ...
Fiber laser: wavelength 1.06 μm, Spot diameter 0.6mm; CO2 laser: wavelength 1.06 μm, Spot diameter 0.86mm; There are great differences in weld formation between fiber laser and CO2 laser welding. Some data show that this difference is related to the coupling characteristics between different wavelengths of laser and materials.
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. One of the latest advancements in Fiber ...
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. Other factors that favor fiber lasers ...
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.
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. One of the latest advancements in Fiber ...
Fiber laser systems, on the other hand, simply require the occasional lens or nozzle replacement. Upfront cost: Fiber laser systems cost significantly more upfront than CO2 laser systems. Today, fiber systems can cost anywhere from $40,000 to $1 million, while industrial-level CO2 machines can cost as little as $10,000.
A 3000W fiber laser requires 10kW of electrical power plus 5kW for a. chiller with a total of 15kW. $1,350 per year. 15kW per hour at 6 hr. shift. $2,700 per year. 15kW per hour at 12 hr. shift. An equivalent 4000W CO2 laser and chiller combination could. be as high 250kW for operation.
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.
