JPT Fiber Laser Engraver Laser Marking Machine 50W, 110×110mm

Product Information

I have been absolutely thrilled with my 130w laser. OMTech has a little learning curve but super helpful videos online! The most important thing about the machine is that it is upgradable. You can change the laser module and attach a wide range of accessories, such as rotary attachment, extension, fire safety kit, air assist, etc. You can keep the machine up to date according to the market. A Simple Explanation of Laser Safety Classifications Within a Laser Marking or Laser Cutting Machine Follow MECCO’s lens configuration guidelines for marking field and focal length. 20W, 30W, 50W Lens Options

Bottom Line Dynamic 3D Fibre Markers – Perfect for uneven surface applications using a multi axis Galvo system. Powers from 30W to 100W. As one of the first commercially available UV laser marking machines, the Meta-C UV is able to mark practically anything. Designed to serve the commercial and industrial sectors, built with our time-tested Meta-C chassis, with a projected working life of over 15 years. The xTool F1 is designed with portability in mind. Its compact size and handheld design allow for easy transport and engraving on various objects, regardless of size and angle. Additionally, the device can be used on a table or desktop, offering the versatility of both handheld and desktop engraving. The xTool F1 is also compatible with the RA2 Pro, a 4-in-1 rotary attachment that allows for engraving on 90% of irregular objects. With this attachment, users can easily engrave cylindrical and spherical items, such as mugs, rings, and spheres. The adjustable cover ensures that the attachment does not interfere with the engraving area, providing even more versatility and creative possibilities.Laser engraving cutting machine technology has come a long way and has seen significant improvements in quality. These include the types of laser marking (CO2 versus fiber) to the wide variety of uses these engravers can have in various industries. Optical fibers offer a better beam quality (better focused) due to their light guiding properties. As a result, fiber lasers are more efficient when engraving metals. Identify the electrical certifications required in your country. Like any electrical equipment, if the laser fails to meet these requirements, you could be forbidden from installing it. For example, the “UL” certification is in place in the USA; the “CE” in Europe; and the “CSA” in Canada. The Ortur Laser Master 2 Pro has a mechanical structure that’s designed for optimal speed and stability. Not only does this help improve the accuracy and efficiency of your laser engraving jobs, but it also means the machine has a longer service life. These variables control the reaction’s energy and temperature, as well as the various oxides’ concentrations. As a result, different colors can be engraved. MOPA Fiber Laser vs Q-Switching Fiber Laser

Ytterbium-doped fiber lasers produce a wavelength of 1064 nm, which makes them ideal for the material processing of metals. These are the fiber lasers that Laserax uses for metal marking and cleaning applications. Vitrail paint works great on glass and even metals, ceramics, tiles, Plexiglass, and plastics. It is generally more expensive than acrylic enamel paints. Plus, it took me a little more time to get the hang of it. So, it’s a bit more difficult to handle than enamel paints. Its 3D camera visualizes the object and its dimensions, automatically adjusting the laser's focus for optimal engraving. Itssoftware is compatible with popular operating systems, and the machine also features a dedicated large LCD panel for direct control. With a working area adjustable from 4 x 4 inches to 12 x 12 inches and a maximum height of 412mm, this engraver accommodates various project sizes. The Relief Carving Fiber Laser Machine is a great advanced option for experts who want a great rotary attachment with their fiber laser.

New products

In laser marking, the laser heats the spot until it goes through oxidation and changes color, causing a chemical reaction on the material’s surface.