High precision lenses are used to collimate and increase the energy density in laser machines equipped with fiber laser sources.
Our machines can easily cut stainless steel, brass as well as aluminum and brass without the fear of back reflections. These fiber lasers machines will greatly reduce maintenance and operational costs.
Finally, the laser beam has been shaped at cutting head with focus lenses. It is projected onto work materials.
Fiber laser's small focal diameter allows focusing the laser light with great intensity, making it an excellent choice for permanent high-contrast engraving applications.
You can upgrade your machine with accessories such as a fume extractor or lenses.
Fiber lasers can be expensive so if you are looking for a low-cost laser engraver, you should consider diode lasers.
Fiber lasers can also cut through reflective materials, provided they have enough power. With enough power, they can cut through almost any metal. Their cutting power will limit their ability to cut through thicker metals.
You can mount Muse Pandora under an adjustable work desk, as shown below, for effective engraving when using such lenses.
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.
Laser modules have a lifetime of more than 100,000 hours. They can be used to engrave with repeatable precision of +0.00039".
With the development of optical fibers, there is no need for beam paths or mirrors to align the lasers.
Delivering unparalleled utility, flexibility, and working speeds while being easier and less costly to operate.
FSL Mouse Pandora (FSL), a Full Spectrum Laser (FSL), offers three laser options: 20W (30W), and 50W.
F-theta (?) is used in the laser module. Lens with high energy uniformity and narrow focus spot. Low attenuation.
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.
Compressed air, nitrogen, oxygen, and argon are the four primary types of assist gas for fiber laser machines.
Power consumption is extremely low.
A 3000W fiber laser requires 10kW of power plus 5kW for a chiller, for a total of 15kW. $2,700 per year at a rate of 15kW per hour for 12 hours.