Fiber laser vs.. CO2 laser: The Ultimate Guide | MachineMfg- co2 laser vs fiber laser engraving ,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 Laser Vs CO2 Laser Vs UV Laser,Which is BetterEdge Quality.. In all thicknesses application, including stainless and aluminum, the CO2 laser cutter can do a better edge quality than fiber laser.. As the thickness increases,the result is not much difference.. However,Fiber laser with the smaller spot size,which is better suitable for cutting the reflective materials that CO2 laser can not..
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..
CO2 lasers remain the preferred technology for a wide range of industries because they deliver reliable performance at a fraction of the cost of fiber lasers.. The price of equipment for CO2 laser cutting or engraving starts at $35,000 but rarely goes beyond $100,000.. This makes for faster return of investment, even for small-volume orders..
Fiber lasers have high electro-optical conversion efficiency, which means in simple terms that they convert more energy into light (compared to CO2).. In reality, this means that fiber laser systems require less power to make a material, resulting in low power consumption for a fiber laser marking machine..
Evolution of Fiber Laser Cutting Technology Fiber laser cutting has been one of the most “disruptive” technologies introduced to the metalworking market since CO2 lasers were first introduced for cutting in the 1980s.. Fiber laser technology is considered a disruptive and “revolutionary” change because it has impacted the entire status quo in sheet metal fabrication..
A fiber laser cutting machine is a type of machine that uses a fiber cable to channel its light and focus it on a certain surface, whether this be a metal, plastic, rubber, or another surface.. A fiber laser cutter is machine-operated, meaning there is no need for human interaction with the machine, just human supervision..
Disadvantage.. (1) Fiber Laser Marking Machine: It is excellent for marking small and medium items, but could not mark big volume items.. (2) Co2 Laser marking machine: It is very good for laser marking on nonmetal materials, but could not mark any kinds of metal materials.. Anyway, as a result of above comparison, we know the fiber laser marking ..
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..
Fiber lasers use laser diodes as their energy source.. The diodes pump photons to the gain medium.. The wavelength of the pumped light is often modified by rare Earth elements doped into the gain medium.. In the case of the fiber lasers used in Laserax’s laser cleaning and laser marking systems, the emitted light has a wavelength of 1064 nm..
Maximum flexibility with two laser sources in one laser system.. The patented Flexx Technology™ integrates two laser sources - CO 2 and fiber - in one machine, allowing a variety of different materials to be processed in one operation.. The CO 2 laser source is ideally suited for engraving and cutting plastics, wood, rubber, leather and many ..
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..
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.. Cutting to the Point.. The answer can be somewhat complicated when it comes to fiber laser vs Co2 laser for your company..
The operational cost of using fiber lasers is much less than CO2 lasers.. CO2 Lasers : These were the earliest lasers made which were used for material processing.. Basically the lasing action happens inside a mixture of carbon dioxide gas through electric discharge.. Now a day CO2 lasers are mostly used for laser marking and cutting systems..
The operational cost of using fiber lasers is much less than CO2 lasers.. CO2 Lasers : These were the earliest lasers made which were used for material processing.. Basically the lasing action happens inside a mixture of carbon dioxide gas through electric discharge.. Now a day CO2 lasers are mostly used for laser marking and cutting systems..
Fiber lasers have high electro-optical conversion efficiency, which means in simple terms that they convert more energy into light (compared to CO2).. In reality, this means that fiber laser systems require less power to make a material, resulting in low power consumption for a fiber laser marking machine..
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 ..
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..
The differences between CO2 lasers and Fiber lasers can be pretty complicated.. But when we set aside the science, what does it mean for function and applicat..
This section uses videos to explain the differences between fiber, CO2, and UV lasers and to introduce marking on and processing of different materials all in an easy-to-understand manner.. Laser Marking Central—a website for laser marking machine application information such as laser principles and mechanisms, marking and processing applications, safety management, and standards—is managed ..
Fibre lasers possess a high electro-optical conversion efficiency, in layman’s terms this means they convert more of the energy to light (compared to CO2).. In reality, this means fibre laser systems require less power to effect a material, resulting in a low power consumption for a fibre laser marking machine..
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 ..
The AutoFocus CO2 Laser Engraver Series offers the ultimate convenience to laser engraving businesses and DIYers alike.. MF series.. CO2 Laser Engravers with Manual Focus are incredibly straightforward and easy to use.. .. Fiber Laser vs CO2 Laser Engraver : Two Options to Meet Your Needs
The difference between fiber laser and CO2 laser performance has caused a confusion in the marketplace as the pros and cons of two technologies.. The comparison of the two technologies can present the advantages and disadvantages of both technologies and reveal the potential of their use for laser cutting.. The light inside a fiber laser […]
The difference between fiber laser and CO2 laser performance has caused a confusion in the marketplace as the pros and cons of two technologies.. The comparison of the two technologies can present the advantages and disadvantages of both technologies and reveal the potential of their use for laser cutting.. The light inside a fiber laser […]
Fiber lasers and CO 2 lasers are some of the most popular options for laser engraving and cutting in 2022.. While CO 2 lasers became widely used from the 1960s, fiber lasers only started gaining traction in the 1990s.. There are applications where CO 2 laser works better than a fiber laser such as wood, and plastics.. When engraving or cutting metals like aluminum or brass, a fiber laser is ..
