Application
1 Mold cleaning
2 The cleaning in the electronics industry
3 Precisely degrease in the precision machinery industry
4 The cleaning of building external wall
5 Weapons and equipment cleaning
6 Aircraft old paint removal
7 Pipe cleaning in nuclear power plant reactors

Specification List

Benefits of using fiber lasers on metals

A fiber laser will offer you a great deal of control, and so the ablation depth that you wish to reach can be achieved with a high degree of accuracy. Given this high degree of accuracy, fiber lasers are the perfect process for working with micro applications, which has become more and more of a necessity in the modern climate of parts and pieces getting ever smaller.

It is also non-contact, and therefore non-abrasive, process, and so no unnecessary or unwanted damage will be caused to your metal. This is something that more traditional cleaning methods, such as media blasting, have struggled with.

Finally, fiber lasers are highly efficient, enjoying much longer operational lives than other cleaning methods, and even other laser methods. And, with no maintenance times thanks to our ‘Fit & Forget’ technology, you are left with an efficient and cost-effective metal cleaning solution.

Main Features

Principles and Fundamentals of Fiber Laser Cleaning

Cleaning with lasers is an important process for many industries around the world, and while it has similarities to other laser processes, it has some unique attributes which set it apart. We have covered these below.The basics

Before examining the specifics in more detail, these are the basic principles and fundamentals of fiber laser cleaning:

· It is a process completed using a fiber laser, as opposed to a crystal or gas laser

· It is a newer cleaning process, replacing more traditional methods such as media blasting, dry-ice blasting or cleaning using chemical solvents

· It is a non-contact, non-abrasive process

· It is an efficient, safe, environmentally-friendly and cost-effective process

· It allows users a great deal of control over power output, wavelength and ablation depth