HOW TO CHOOSE THE RIGHT LASER CLEANER

Whether water has rusted the bulkhead of your aircraft or hazardous paint is beginning to chip from your equipment, you require a cleaning solution that is both safe and effective. Laser ablation uses precision cleaning to remove contaminants such as oil, rust, mold release agents, paint, and more — but how can you choose the right laser cleaner for your needs? Are there different types, and what should you know before you make a purchase?Get more news about laser cleaner,you can vist our website!

Once we have a better understanding of your application and feel we have a solution, we’ll test our laser solutions to determine the best laser setup for your needs. Our lab provides the ideal conditions for testing our laser solutions, but we’re also able to test your product on-site at your location when needed. Ultimately, whether our laser solutions will work for you boils down to one thing: can we accomplish the desired result? This includes not only from a technical standpoint but also an operational one.

There are two main options to consider when choosing a cleaning laser: delivery system and power level. What’s right for your project means understanding the needs of the project and the requirements of your operations. Your cleaning options are typically determined during our sales process. We’ll ask questions about your cleaning project as well as test our laser solutions to find out which application gets the desired result.

CHOOSING THE RIGHT LASER DELIVERY SYSTEM
There are two delivery options available for laser cleaning: handheld and automatic. Handheld options work exceptionally well for projects requiring mobility, unique surface geometries, and varying parts numbers. For regular, repeated cleanings, however, an automated delivery system is the better choice. By working with several robotics options, we can create a laser cleaning solution that integrates into your production line and increases the efficiency of your processes.

CHOOSING THE RIGHT POWER LEVEL
With laser cleaning, there’s no one-size-fits-all approach. That’s why we offer three different power levels of cleaning lasers manufactured only by our CleanLASER partners to deliver the highest quality laser cleaning available. Depending on your needs, we offer:

LOW-POWER LASER SOLUTIONS
Low-powered doesn’t equate to ineffective. In fact, our low-power laser solutions provide a gentle, high-precision cleaning perfect for historic restoration, de-coating, and small treatment areas. It uses short pulses of laser light and has the same intensity as other powered cleaners, but is ideal for products such as:
BENEFITS OF LASER CLEANING
Unlike other forms of cleaning — including media blasting and plasma cleaning — when used properly, laser cleaning ticks the safety boxes for your operators and employees, your product(s), and the environment. The only safety wear your operators will need to use are safety glasses and a designated hazard zone.

Our laser solutions create no additional waste and absorb into and remove contaminants down to the foundation — without damaging your substrate. This means that each time you use our lasers, you’re ensuring a smooth finish that protects the lifespan of your product and is safe for the environment.

Each of our laser solutions is custom-built to order and comes with a warranty, an optional service/maintenance contract, and safety training by our team — including general and unique safety considerations, equipment operations and maintenance tips, proper troubleshooting tactics, and more. While we suggest a designated laser safety officer be present at each location a laser is deployed, our goal is to provide the training you need to operate our lasers safely and effectively.

Since there are so many factors when choosing the right laser for your needs, the only way to determine the best laser solution for your products is to talk to one of our laser specialists. They’ll walk you through the sales process, answering all of your questions and providing you with the resources and tools you need to make the best decision for your business.

How Does Laser Cleaning Technology Function?

Light amplification by stimulated emission of radiation (laser) is a monochromatic and coherent electromagnetic source that propagates in a straight line with negligible divergence. Currently, lasers are used in different material processing applications in the manufacturing sector, ranging from surface cleaning to nanofabrication.Get more news about laser cleaner,you can vist our website!

Laser cleaning represents a non-destructive and non-contact cleaning method that allows the removal of surface contaminants from the bulk of the material in a controlled manner using a laser beam. Thus, laser cleaning machines are gradually becoming the equipment of choice for the containment removal process/cleaning.

The suitable laser type and optimal parameters differ for every cleaning application. The laser output parameters can be varied on a large scale in the laser cleaning method. Thus, specific laser output parameters can be selected based on the material/contaminant that has to be removed.

Steam cleaning and dry cleaning are the major types of laser cleaning methods used for surface contaminant removal. Dry laser cleaning involves pulse laser heating of a dry solid surface, while steam laser cleaning involves pulse laser heating of the solid surface in presence of a liquid layer.

Dry laser cleaning turns into evaporative cleaning when the energy of the incident laser pulse is increased. Although this technique is simple, dry cleaning is less effective compared to steam cleaning and requires a higher laser intensity. Moreover, dry laser cleaning can cause damage to the metal surface.
How Laser Cleaning Technology Functions
Laser cleaning is primarily a form of laser ablation that occurs when a material deposited on a surface or a layer of material is removed using a laser beam. Laser rust removal on steel and other materials is based on the laser ablation process.

However, laser ablation of material occurs only when the energy of the incident laser beam is higher than the ablation threshold of that material. Every material possesses a specific ablation threshold depending on its molecular bonds, and the threshold differs from other materials.

Thus, a material can be removed in a highly selective manner during laser cleaning without impacting the other material when the difference between the ablation thresholds of two materials is sufficiently large.

For instance, the ablation threshold of rust is significantly lower compared to the threshold of steel or aluminum, which allows the use of laser cleaning machines to completely vaporize the rust without damaging the underlying steel.
Although both pulsed and continuous laser beam-based cleaning processes can be used to remove a layer effectively, the speed of the process varies depending on the laser beam used for the cleaning.

The pulsed laser beam is more efficient and offers a faster removal speed compared to the continuous laser beam. Additionally, the use of a pulsed laser beam can prevent overheating of the underlying metal.