Power
It is capable of engraving at speeds up to 11,760 ipm. It can mark intricate fonts and images on uneven or smooth metal parts.
A fiber laser is the best choice if you want to laser cut/engrave aluminum, brass and other metal workpieces.
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.
Laser energy delivered to the spot is increased if the M2 value gets closer to 1 than it is. It is able to process thicker materials using shallow wells.
Boss Laser sends FM-Desktop pre-assembled. They also provide on-location technical support for their customers.
A fiber laser shines when it comes to engraving. This laser can mark, etch, or engrave on metals with amazing speed.
The beam quality of 20W and 30W lasers are less than 1.5 M2, for the 50W laser it is less than 1.8 M2.
MCWlaser PRO has a split-type design, meaning that the laser source and engraving machine are separate components.
The laser module lasts for 100,000+ hours and can be used with a repetitive precision of +0.00039".
Triumph Laser supplies EZCAD2.0 software to control their desktop laser engraver. EZCAD2.0 is capable of creating basic shapes as well as text.
High precision field lenses for laser machines with a fiber-based laser source are used to increase energy density and collimate the laser beam at a single point.
Boss Laser offers technical support to their customers for life through their engineers or technicians.
I evaluated these fiber laser laser engravers and selected them based on their size, material ability, laser power upgrades, laser safety, line motion, and software.
At the heart of a fiber laser is the laser source and they do not have any gaseous medium in it like in a CO2 laser.
Laser cutters cost between $13 and $20 per hour to operate. Water jet cutters cost between $15 and $30 per hour. Overall, the operating costs are comparable, and the total cost will be determined by your project.
Marking and engraving are improved by high peak power and nanosecond pulses. The increased power and improved beam quality result in cleaner cut edges and faster cutting speeds. Fiber lasers are also used in material processing, telecommunications, spectroscopy, medicine, and directed energy weapons.
To guide light, fiber lasers use an optical fiber cable made of silica glass. Because the resulting laser beam is straighter and smaller than with other types of lasers, it is more precise. They also have a small footprint, are energy efficient, require little maintenance, and have low operating costs.