“This investment enables us to fabricate parts like we have never been able to before. We can now offer companies prototyping through high-volume production.”
FSL Muse Pandora's laser head has a mirror gauge that tracks out the laser path, gives an indication of how it will cut and provides a rough estimate of its cutting capabilities.
The fiber laser is capable of achieving a repetition precision of +-0.0001" while producing a beam quality of less that 1.1 M2.
Capable of very quickly measuring or reverse-engineering flat parts which have been manufactured on laser, plasma, and waterjet cutting systems, as well as punched and some stamped parts, MC Machinery’s inspection systems are exactly what your floor needs to put the fine in micro-fine.
Laser cuts metal using light. Laser uses light to pierce and to cut metal. Think of a magnifying mirror that can be used as a magnifying device to focus sunlight on a single spot and then burn it. That's how cutting light works.
AMADA introduces the world’s first fiber laser cutting system with Locus Beam Control (LBC). LBC Technology can freely manipulate the laser beam to create an infinite number of locus patterns and greatly enhance cutting performance.In conventional fiber laser cutting systems, energy density reduces as material thickness increases, resulting in alack of effi ciency. In marked contrast, LBC Technology offers flexible beam pattern control matched to each application,while retaining high-efficiency cutting and high energy density. As a result, VENTIS achieves cutting speeds up to 3times faster than a conventional 4kW fiber laser while producing superior edge quality.
You can use 70% of the laser power to engrave 30W fiber laser dog tags on stainless steel at speeds of 708 ipm.
Triumph Laser offers a computer, rotary dial, foot switch and 200mm lens. It also includes laser goggles and a set of wrenches for the 30W desktop fiber laser.
Raycus 50W laser fiber can etch aluminum at a 90 degree angle and mark it with 100% laser power.
A fiber laser cutting machine can cut any graphics on sheet metals, pipes and metal profiles. Whether cutting high-precision auto parts, or kitchen utensils, lighting, custom advertising, personalization, it can do this job easily.
Fiber lasers are widely used in engraving applications, and their wavelength ranges between 780nm - 2200nm.
You should be aware that the fiber laser will have limitations on the size of your work area and the materials you can cut.
FSL Muse Pandora uses a mirror galvanometer to trace the laser path and give an idea of what cuts it will make.
FSL Muse Pandora comes pre-assembled. Connect it to the appropriate accessories and turn it on.
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.