Motorized Z axis

A motorized Z axis making it easy to focus on any of your substrates.

Accessory attachment plug

The fiber marking laser is outfitted with an accessory plug and a spare stepper motor driver so that you can add a rotary lathe, 4 wheel rotary, circular rotary etc.

Foot pedal start/stop

For repetitive work you can use the foot pedal to assist you without touching the computer or mouse.

Marking results for colors

Q-switching has a frequency range between 20kHz – 80kHz whereas MOPA can have a frequency range of 1.6 kHz – 1000 kHz. This large amplitude enables MOPA lasers to have different engraving results over plastic and metal materials. Q-switching only allows the power supplies to generate path light between 1 – 500kHz, but in MOPA technology, can generate 1 – 2700kHz or more. By controlling the pulse width, different marking result colors can be created in MOPA fiber lasers.

High resolution

For example, the narrow pulse width can create more powerful laser beams, while longer pulse widths can create more detailed images.

MOPA laser scanner (Master Oscillator Power Amplifier)

With the use of the MOPA technology in our fiber marking lasers you will achieve a better quality aesthetic appearance with the small pulse width parameters, it minimizes the risk of deforming material, and the shading is more delicate and bright. Another benefit of the MOPA laser technology is fine shading with deep marking on metal. This is due to the MOPA laser’s use of small pulse width parameters that allow the laser to stay in the material for a shorter period of time Mopa can also work well with Anodized Aluminum unlike Q-switched laser technology.

Material uses

A MOPA fiber laser can engrave on aluminum (black-engrave), brass, acrylic, nickel, carbon steel, stainless steel (color-engrave), chrome, carbide, tungsten, iron, silicon, gold, titanium, silver, other precious metals, plastic, and more.