For the price, it did not seem to be a bad option at all and easily upgradable. Before you buy a CO2 laser machine for engraving and cutting, you should know what is a CO2 laser machine? CNC laser cutter with CCD camera visual recognition system, which can automatically recognize the contour pattern of fabric, leather, textile, garment for accurate cutting.
The same can be said for many on this list, so this isn’t unique to this contender. If you need to engrave glass, then I would seek specialist advice before making a purchasing decision. BobsCNC knows a thing or two about making these types of a machine, which is why the E3 was a no-brainer. I was really impressed by the overall build quality of the device. "Work horse equipment. Easy to repair - service. I value made in America. We plan on buying a new laser as soon as we can afford it - and will only purchase a Kern."
Fiber lasers are optimally suited for metal marking by way of annealing, metal engraving and marking thermoplastics. It works with metals, alloys and non-metals alike, even including glass, wood and plastic. Fiber lasers, depending on the power, can be quite versatile and deal with a ton of different materials. While working with thin materials, fiber lasers are the ideal solution.
Further, the report focuses on demand for individual application segment across all the prominent regions. Additionally, these tools also give inclusive assessment of each application/product segment in the global market of fiber laser cutting machines. Not surprisingly, laser cutting requires a substantial amount of power. According to Wikipedia, the efficiency rating of commercial laser cutting machines is just 5% to 45%.
Use of a bevel cutting machine requires precise knowledge of the laser machine and the cutting processes. Corners, lead-ins and run-outs have to be cut in a particular sequence so as to achieve the expected quality. Whether sublimation cutting, flame-cutting, or fusion cutting is used, because of a laser beam’s narrow focus, the width of the cut, or kerf width, is very small compared with other thermal cutting processes. Thus, minimum material is melted, and the laser energy is used very efficiently. The material’s heat input is relatively low so that even small geometries can be cut. Typical materials used in sublimation cutting are wood, plastic, composites, Plexiglas , ceramics, cardboard, paper, foam, and other materials without a melting point.
This permits the processing of bulky parts (up to 35″ x 48″ x 17″), as well as the installation of one of our optional rotary engraving fixtures. A choice of 60, 100 or 130 Watt laser tubes ensures that you are working at your laser’s full potential for the job at hand. This concentrated beam can cut thin metals all the way up to 1 inch steel.