JPT Mopa M7 Fiber Laser Marker 20W 50W 100W Split Type Laser Engraver For Metal Jewelry

JPT Mopa M7 Fiber Laser Marking Machine 20W 50W 100W Split Laser Engraving Jewelry Aluminum

  This split type 20W 30W 50W 1000W JPT MOPA fiber laser marking machine is your ultimate resource for marking or engraving words, logos, pictures, barcodes, and more on metal including personalized gold and sliver jewelry and other materials with a quick turnaround and perfect accuracy. Our device's state-of-the-art JPT M7 MOPA air-cooled fiber laser source avoids the tetchiness, fragility, and water-based mess of CO2 laser tubes. Instead, it provides solid-state efficiency, quality, stability, and durability for its entire service life of 100,000 hours. The optical amplifier boosts the beam produced by the master oscillator, with independently adjustable pulse frequency and width to offer incredible versatility applicable to a wide range of materials, ideal for colorful markings on stainless steel and black etchings on anodized aluminum.
  The Galvo-Tech galvanometric system and compact Singapore Wavelength Fθ field lens ensure quick work with less than 1% distortion from your design. The built-in workspace grid and laser locators make calibrating everything fast and easy. Rotary axes are not included but plug-and-play connection is provided for units with 4-pin connections to mark curved surfaces such as gold and silver rings and bracelets.
  The desktop MOPA Fiber laser engraver is operated from the bundled edition of EzCad2, compatible with 32 and 64-bit editions of Windows XP, Vista, 7, 8, and 10. Of course, this MOPA fiber marking machine ships with abundant insulation and padding to ensure it arrives at your door like it just came off the factory floor. For all your projects cutting and marking metals, gems, silicon,and more, you can do no better.

What is a MOPA Laser?

  Understand what MOPA is and what can be achieved using a MOPA laser on materials such as metal and plastics.

  The Master Oscillator Power Amplifier (MOPA) refers to a system that is made up of a 'master' laser and an optical amplifier to boost the output power. Alternatively, conventional fiber lasers are powered using Q-Switch technology, which creates laser beam pulses that last mere billionths of a second.

  Thus, because the energy from the laser is emitted in such a brief period of time, the energy is concentrated into very powerful pulses. A MOPA laser is able to generate a higher pulse repitition rate than their Q-Switch powered counterparts. Furthermore, the pulse frequency range of a MOPA laser is much larger than that of a Q-Switch laser.