Portable 10mJ 200W Class 4 Laser Rust Cleaning Machine

Smart Laser Metal Dirt Remover 200W Portable And Easy Operation Laser Rust Cleaning Machine

Features
(1) Non-contact cleaning, no damage to the workpiece
(2) First fiber laser cleaning machine mass production factory.
(3) High cleaning efficiency, time-saving.
(4) Precision positioning, selective cleaning, desired cleaning area can be applied to the workpiece
(5) No need for chemical detergent, no consumable. Safe & environment-friendly.
(6) Stable laser cleaning system, free maintenance.
(7) Easy to operate, Either portable or equipped with robot for automatic cleaning

Technical parameters

Product Application:

1. Metal or glass surface coating removal, rapid paint removal

2. Quick rust and various oxides removal;

3. Grease, resin, gum, dust, stains, and produce residue removal;

4. Roughening of metal surface;

5. Treatment before welding, bonding, remove paint, rust, grease, weld oxide or residue;

6. Mold cleaning, such as tire mold, electronic mold, food mold and etc.;

7. Treatment for precision parts, oil removal;

8. Quick cleaning of nuclear power unit maintenance;

9. Aerospace weapons, ship manufacture or maintenance, paint and rust removal;

10. Metal surface cleaning in narrow space;

11. Cultural relics cleaning, rock cleaning, exterior cleaning of buildings.

How does a fiber laser work?

Just as there is more than one type of cleaning process, there is also more than one type of laser process too. The three main types of laser are; crystal, gas, and fiber. Here at SPI Lasers, we only manufacture fiber lasers, and this type offers additional benefits over the other types of laser medium.
How does a fiber laser work? An optical fiber, which has been doped with the rare earth element of Erbium, acts as the beam source, this is able to achieve a high power, high-quality laser beam, but cost-effectively too.
Within this fiber is the laser medium, where the erbium atoms are contained. The photons that are emitted, to create the beam, are also within this fiber core. In this core, you’ll find a highly effective refracting system, called a Bragg Grating. The laser medium, Bragg Grating and pump source combined help to produce a high quality and stable laser beam.
Why is this better than using other types of laser?
There are many reasons that fiber lasers have quickly gained popularity over other types of laser. The fiber laser beam is generated inside the fiber itself, and so the beam produced is extremely stable. Other laser sources, on the other hand, rely on a fine alignment of mirrors, and should these be knocked, it can be hard to realign them.
The stable beam that is produced is also of an extremely high quality too. It’s straight, it can be highly accurate to a small degree, and it offers a high level of power too.
Finally, they are an efficient source too. They are easy to cool, have a much longer service life than other types of laser, and our ‘Fit & Forget’ technology means they’ll never need any maintenance either.