Plasma on the other hand can effectively cut any kind of metal up to 80mm thick or 3 inches. Interestingly, plasma can start cutting faster than laser when cutting thicker materials.
This basically means that when working on materials such as metals which reflect laser beams, fiber laser radiation will absorb at a higher rate than laser generated by CO2 lasers.
Fiber laser machines are more efficient in cutting thin metals. A fiber laser can efficiently cut thin metals to 25mm, or 1 inch. After this point, fiber lasers become less efficient at cutting metal. You'd need to use a lot of power, which would also cost more, in order to cut ticker metallics over 25mm or one inch.
Once you access control to the machine through RetinaEngrave v3.0, you can start your first job. You can do all this in about 30 minutes.
Trying to figure out which Fiber Laser cutting machine is right for you? Contact our team to learn more about how our tools can craft anything you have in mind.
Unlike CO2 lasers, fiber lasers consume much less energy and operate at a shorter wavelength ranging between 780 nm and 2200 nm, giving a much higher absorption rate.
All types of materials can be cut by laser machines. It all depends on the type of laser machine that you have. The CO2 laser machine cannot cut through reflective metals such as aluminum, copper, or brass. They can, however, cut through non-metallic materials such as wood and plastic.
With the latest in artificial intelligence (AI) and gas reduction technology, the new GX-F ADVANCED Series of two-dimensional fiber lasers delivers more power while using less nitrogen.
Plasma's workings can seem complicated. This is why I will try to explain plasma as clearly and quickly as possible. Plasma cutters heat up gas until it is hot enough to melt metal. When the metal is sufficiently heated to melt it, it is then blown off with gas to make the cut. It's complicated science but it's not what I will be focusing on. (Or you can do your own research if necessary).
You can use 100% of the laser power to engrave stainless steel with a 30W fiber laser at a 90deg angle.
Fiber lasers can be expensive so if you are looking for a low-cost laser engraver, you should consider diode lasers.
Just know that the running cost of plasma is lower than laser. In general, it cost about 15/hr to run plasma cutting machines. It takes about 20/hr to run a laser machine.
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Laser machines can be used to cut almost any type of material. The kind of laser machine used will affect the materials you can cut. However, a CO2 laser can cut through metals like copper, aluminum, and brass. They can however cut through nonmetallic substances like wood or plastic.
What Materials Can Be Cut With A Fiber Laser? A fiber laser cutting machine can cut sheet metal such as carbon steel, stainless steel, copper, brass, aluminum, and titanium. Fiber lasers outperform CO2 lasers in cutting reflective materials.
The wavelength is the primary distinction that determines the types of materials that each laser can process. The wavelength of a fiber laser is typically 1,060 nm, whereas CO2 lasers have wavelengths in the 10,600 nm range. Fiber lasers have many advantages over CO2 lasers in general.
Fiber lasers typically cost between $20,000 and $45,000.