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A fiber laser can be limited in both the size of the work-bed and the materials that you can cut.
The beam quality of the 20W and 30W lasers is less than 1.5M2, while that of the 50W laser is less than 1.8M2.
The unique flexibility of these 5- and 6-axis systems, combined with expanded teaching functions and Mitsubishi’s superior resonator technology, makes them extremely powerful tools. They significantly decrease the time and manpower required to produce complex parts and provide the greatest degree of accuracy and cost efficiency.
The average cost of fiber laser cutters in the market is around $39,800 based on the data from Amazon, Google, and STYLECNC.
Additionally, laser cutting can be done correctly so that you don't have any leftover cutting residue.
The fiber laser has a repeatable precision of +0.0001" and a beam quality less than 1.1M2.
A fiber laser can be limited in both the size of the work-bed and the materials that you can cut.
The beam quality of the 20W and 30W lasers is less than 1.5M2, while that of the 50W laser is less than 1.8M2.
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This fiber laser gives a repeatable precision range of +-0.0001" with beam quality lower than 1.1 M2.
Laser machining can help your business explore a whole new dimension of faster, more productive operation—even when working with highly complex designs or tough materials. And we would know. We introduced our first commercial laser cutting machine in 1977.
A fiber laser shines in engraving applications. It can mark, etch and engrave metals at incredible speeds.
The fiber laser's small focal size allows for laser light to be focused with high intensity. It is an excellent choice for permanent high contrast engraving applications.
Laser cutting machines are expensive at first. They can cost 2x more than a plasma cutter initially. A plasma machine cost starts somewhere around 40,000+ and a laser machine is about 80,000+. Off course this depends on where you buy your metal cutting machine and how powerful it would be. There are some plasma machines that are as low as 15,000 and laser machine as low as 50,000. But like I said, it all depends.
High precision lenses are used to collimate and increase the energy density in laser machines equipped with fiber laser sources.
In laser engravers, a mirror galvanometer is a series of mirrors in the laser head that move extremely fast to manipulate the path of the laser. A small rotation of 10 degrees at the head is enough to produce 1 3/4" inch of movement at 10 inches. It is also used to trace out the laser paths before engraving or cutting.
Compressed air, nitrogen, oxygen, and argon are the four primary types of assist gas for fiber laser machines.