Portable Laser Metal Cleaning Machine

The laser cleaning machine is easy to clean rust, paint, and oil. Easy to operate, turn on the power, run the device, then you can begin no chemical reagents, no contact, no media, dust-free, anhydrous cleaning, autofocus, fit surface cleaning, cleaning the surface cleanliness advantages, to clear the surface resin, Oil, dirt, dirt, rust, coating, coating, paint.

Specification List

How does fiber laser cleaning work?

There are two elements to examine with fiber laser cleaning; how laser cleaning works, and how a fiber laser itself works.

Laser cleaning operates by using a laser beam to pulse the surface layer of a material, ablating and vapourising it to the desired depth to leave a clean, pure surface beneath. The important fundamentals to note here are that this is a non-contact process, so the laser beam won’t have any adverse abrasive side effects on the material like more traditional laser processes that have come before.

A fiber laser uses an optical fiber as its laser medium for completion. Generally, you will find that this medium is a normal optical fiber, manufactured from silica glass, which has been dipped in the rare-earth element of Erbium. This is because Erbium has good energy levels while being a cost-effective solution. It is, therefore, a cheap, yet high quality, method.

Also found in this type of laser will be Bragg Gratings, which are reflective sections of glass. Think of it as a type of mirror system, these are used in order to make a laser cavity. You’ll also find a pump source which helps to excite the electrons, needed in order to create the laser beam. This laser beam will then, in turn, be used for the laser cleaning process.

The laser cleaning process helps to leave a high-quality finish

 

 
Main Features

Specialized Laser Cleaning Machine to Clean the Steel Moulds

Our Lasers can be used for a range of cleaning applications. These applications typically use high repetition rates and short pulses with high peak powers. The intention is to remove surface debris and contaminated layers without damaging the substrate materials.

Our Lasers can be used for a range of cleaning applications. These applications typically use high repetition rates and short pulses with high peak powers. The intention is to remove surface debris and contaminated layers without damaging the substrate materials.

Application examples include the cleaning of print rolls and mold tools. Our Fiber Laser series is ideal for this application, with its broader energy distribution it is well suited for large-area processing due to the higher efficiency of wider, even, high-frequency fill pattern overlapping. Lasers with Gaussian energy distributions can cause substrate damage due to the high peak powers in the center point of the beam and need higher overlaps reducing processing efficiencies. Our solution offers the most consistent application of energy to achieve a smooth and even surface.