Fiber Laser Cutting Machine Video
The Quattro provides the versatility of a production quality laser in a small package. It combines the latest design and development in machine, CNC and laser resonator technologies. The Quattro features a compact design, low operational and maintenance costs, ease of operation, and high performance-per-cost ratio.
These fiber laser engravers were selected after I compared their size, material capability and laser power with upgrades, service, repair, service, assembly work area, safety, linear motion, as well as software.
This fiber laser can provide a repeatable precision up to +-0.0001" and a beam strength of less than 1 M2.
FSL Muse Pandora can be upgraded with a rotary, expanded Z-travel and fume extractors.
The laser beam is then projected onto the work materials using focus lenses.
Triumph's 30W desktop fibre laser will give you two lenses. Both lenses have a size of 4.3" x4.3", while the other has a 7.8” x 7.8” engraving area.
Other options include 6.9"x6.9", 5.9”x5.9”, 4.3”x4.3”, 2.6”x2.6” and 2.6”x2.6”. They can be chosen depending on the operational need.
Laser cutting fibers can significantly improve the productivity of metal fabrication shops or companies manufacturing custom-made metal parts.
Plasma, on the other side, can efficiently cut any metal up to 80mm thick and 3 inches in diameter. When cutting thicker materials, plasma can begin cutting much faster than laser.
The enclosure has a motorized door. It works when using FSL Muse Pandora in a desktop configuration.
Boss Laser provides lifetime technical support for their customers through their engineers and technicians.
MCWlaser PRO is designed to be used on metal materials like steel, stainless steel, silver, copper, alloy, aluminum, Etc.
MCWlaser Pro laser engraver comes in three versions: 20W-30W, 50W, and 50W. These lasers emit a wavelength of 1064nm.
It will achieve the recommended speed for aluminum, steels, black acrylics, lexan leather, granite, and many other applications.
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.