A rotary attachment is an additional module that helps to engrave cylindrical objects such as mugs, vases, and bottles. In easy words, the rotary keeps the material rolling and the laser beam engraves according to its rolling speed. This genius…
Setting the accurate parameters in Lightburn will help in the best laser engraving. We aim to bring the top 8 Lightburn settings that help you to set the best canvas for your Co2 laser. Ensuring the right laser engraving settings…
3d laser engraving involves melting/removing material from the horizontal & vertical depth by the laser beam to visualize a particular design. Any powerful CO2, diode & fiber lasers can do it as the main complexity remains at the design end.…
We often get confused between a fiber laser and an infrared laser. A fiber laser has a laser wavelength of 780-1100 nm whereas an infrared laser makes only a 1064 nm wavelength laser beam. A fiber laser is powerful, expensive,…
Portable lasers are available in the price range of $600 to $2500. The price varies depending on the power and material adaptability. Most people choose a portable diode + infrared laser for larger material compatibility while some people still prefer…
Infrared laser engravers (IR lasers) are becoming popular mainly due to their portability and ability to engrave metal and plastic. Such laser engravers are available at a price of around $1200 to $1500, varied by capacity and upgradability. An infrared…
MOPA (Master Oscillator Power Amplifier) fiber laser is becoming so popular due to the ability of color engraving & stainless steel marking. MOPA fiber laser is capable of producing higher power output than other types of fiber lasers. It consists of two parts, the master oscillator, and the power amplifier. The master oscillator is the device that generates the initial optical pulse, which is then amplified by the power amplifier. The amplified pulse is then passed through the laser cavity to create the desired output power. The main advantage of MOPA fiber laser is that it can produce higher output power than other types of fiber lasers. This is due to the fact that the power amplifier can be configured to achieve a high gain and thus amplify the pulse to the desired power level. In addition, the master oscillator can be tuned to produce narrow linewidth output. This allows for more precise control of the output power and the ability to produce higher power levels than other types of lasers. Besides, MOPA fiber laser is also capable of producing higher pulse energies than other types of lasers. This is due to the fact that the power amplifier can be configured to maintain a high gain over a wide range of pulse energies. This allows for more efficient use of energy and thus more power output from the laser. MOPA fiber Vs Q-Switched fiber laser Both MOPA and the…
The main differences between a CO2 and a fiber laser are power, precision, and diversity of material handling capacity. If you are looking for a laser cutting machine then this is equally important to understand the differences between a fiber laser and…
Laser cutting refers to cutting any material using the laser beam. Laser engraving represents making different patterns into different types of materials. In an easy way, the laser beam burns melts, or vaporizes a certain portion of the material. Laser…
