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

Product Information

If you're looking for the fastest portable infrared laser engraver on the market, the xTool F1 is the perfect choice. Combining exceptional speed, precision, and portability, this innovative infrared laser engraveroffers users a truly versatile and efficient engraving solution. Here are the standout features that make the xTool F1 the best andfastest portable infrared laser engraver: 1. Advanced Infrared Laser Capabilities

Neje 3 has many laser head modules. They are mostly 5.5W (though the Neje 3 Max has an 11W laser). The 5.5W lasers have various spot sizes and focal lengths, giving them differing capabilities with various materials. Source: YouTube It boasts a compact Fθfield lens with air spacing design and a protective anti-reflective coating,Thismeans the machine offers excellent flux and a distortion rate ofless than 1%, resulting in highly precise,extremely clear marking. There are two electrodes at the ends of the discharge tube. When a high voltage is applied to the electrodes, the nitrogen molecules are excited. In the excited state, the molecules are in a metastable vibrational state. We currently support most Ruida, Trocen, TopWisdom, and GCode based controllers, as well as EZCad-based galvo fiber, CO2, and UV lasers using either EZCad2 or EZCad2-Lite boards.

Without a certification, fiber laser engravers are considered class-4 lasers. This means that the laser beam and its reflections can cause eye injuries, skin burns, and fires. The dust and fumes generated during laser engraving can also be dangerous for workers. Getting a certified laser is essential to protect workers against laser hazards. Certified Lasers

This machine is extremely accurate. It’s precise down to 0.002mm – significantly more accurate than the ComMarker B4, for example. This machine uses a powerful MAX laser source with a thin light spot for really accurate marking. It can engrave up to 3mm and also has a photoelectric conversion efficiency of up to 60%, so it’s very efficient. Laser ablation can remove the material’s coating. If the material has paint or a coated layer with a contrasting color, the ablation process creates contrast.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. But, the obvious catch is that the machine is small, and the work area is 8” by 12”. So, while it costs the same as a 10W diode laser, and it’s more powerful, you sacrifice a fair amount of working area. You won’t be able to cut and engrave large acrylic or wooden signs, for example.

The color laser engraving procedure on metals involves annealing them. Yet, plastics don’t have the same chemical reactions. So, lasers can’t produce similar results on plastic (at the moment). Bar codes on plastic with a MOPA marking machine. Credit: Caesar XinAfter cleaning the surface, you should only have paint in the engravings. If the paint has dried on the surface, use solvent to remove it. Step 4 (Optional): Sand the Surface CO2 laser engravers are more powerful than diode lasers. They can cut more objects as the laser beams provide more heat energy. And due to its 10,640nm wavelength being absorbed the majority of non-metals, CO2 laser engravers can work on almost all non-metals. A CO2 laser can cut wood, plywood, acrylic (all colors), foam, cardboard, leather, plastics, glass, fabric, rubber, paper, Corian, and MDF. Laser etching gives you great contrast in the shortest amount of time. Laser etching is also the most economical laser marking method, and also works on the widest range of materials.

The accuracy of the machine is up to the mark. It can reach up to 0.0004 inches due to precise motors. The construction is also sturdy to keep the machine stable and ensure better accuracy. With that being said, you cut materials with utmost perfection. The best part is that it contains all-steel wheels and shafts to offer a three times longer lifetime. In a CO2 laser engraver orcutter, a discharge tube is filled with numerous gasses (also known as gas-filled tube), but CO2 is in the highest proportion, which is why the laser is called the CO2 laser. The other gasses inside the discharge tube are hydrogen, helium, oxygen, nitrogen, and xenon. Laser marking is the only fully automatic color engraving technique. A MOPA fiber laser produces color marks on metals directly. Plastics can also reveal a range of contrasts in the same color shade with this method. Neje’s software choices are plentiful. You can run it with Neje win software, LaserGRBL, and Lightburn. It’s also compatible with Android, iOS, and macOS. Sample project using the NEJE 3 PRO. Source: YouTube Each laser engraving machine has its own specialized software. For this reason, when you choose a laser engraver, you need to make sure that the embedded software meets your needs.Autofocus technology uses vision to detect variations in part positioning and adjust the laser focus accordingly. This ensures that the engraving process is always optimal. Read more: the best laser cutters and engravers in every price range Alternative: Single-Color Contrast Techniques Laser etching on tempered glass (L) and laser charring on wood (R). Credit: crazy-modder and fractalcoffee