Laser cleaning uses nanosecond-length pulses of laser light to clean surfaces. When it interacts with contaminants that absorb laser light, the contaminants or coating particles will either turn into a gas or the pressure of the interaction will cause particles to free from the surface.
There are many ways to use lasers to clean, but the results of this particular solution will blow you away.
When we identify the combination of settings and equipment, we can use them for any setup. They work without changing the integrity of the surface, and efficiently without affecting the surface.
In addition to its cleaning capabilities, laser technology has added benefits: It is easy to operate, safe, easily automated, quiet, and reliable. It doesn’t require cleanup, comes with low operating costs, it’s low maintenance, and environmentally friendly.
Laser cleaning is an effective technology that is safer and superior to traditional cleaning. However, it’s not a 100% guarantee and it may not work on all surfaces.
A good way to remove rust from an old motorcycle is by using our powerful lasers. They will work faster than if you had to remove rust with a brush or a wire wheel.
While many laser cleaning machine suppliers offer laser technology as an cleaning service.
If you want to save money, then buy a laser cleaner. The sticker price of a laser cleaner might seem high at first, but after one year, it will pay for itself. You don’t have to take that statement at face value though.
Our team is happy to discuss the how much it cost with benefit analysis specific to your organization. We believe that the quality of your results is paramount, and that means less rework which translates into less wasted time, resources and money.
A safe, low-maintenance process for cleaning any surface. Inexpensive operating costs. The best technology for most cleaning operations.
In addition to all the benefits to your organization, laser technology is also environmentally friendly. The lasers emit no greenhouse emissions and use no media.
This is the opposite of what happens with traditional cleaning methods. With the new methods, organizations get the best results from their cleaning methods, and it also improves the water streams and the atmosphere.
By using laser technology you can save a lot of energy, and you won’t need any chemicals, no abrasives, and no media. Your laser technology also doesn’t create any toxic byproducts, and you can clean your system with a filter unit.
Companies that adopt best practices of ergonomic design and operation, and those who implement them effectively, enjoy the benefits of less long-term injury from repetitive, difficult motions.
10 Advantages of Fiber Laser Cleaning Technology
This is a proven, state-of-the-art solution for the 21st Century. It works by using brief pulses of high-power laser energy at the surface to be cleaned.
- With energy applied to the top layer being removed, it blasts off the surface being cleaned by using the process known as laser ablation. A laser beam is applied to the surface of the metal being cleaned to break molecular bonds between the corrosion and the substrate, which vaporizes the contaminants.
- Laser Blasting is one of the latest, most efficient methods for removing coating. It has no negative effect on the base materials and can be done in a wide variety of places. It’s a non-contact, non-abrasive process that can remove surface coatings from metal, concrete, plastics, wood, paper, glass and many other materials.
- Laser blast cleaning is effective on everything from glass and ceramics to metals and composites to plastic and wood. It can be more effective than traditional abrasive blasting and will provide greater control and precision than the legacy technologies it replaces.
- This is the best way to clean your airplane fuselage. LP portable laser systems expand the cleaning from the floor to the hangar, and beyond. They’ve been used for over 35 years on aircraft that range in size from single-engine airplanes to 747s.
- This report addresses worldwide environmental issues and chemical containment issues. It discusses how dust is controlled and collected, and what it’s doing to the atmosphere.
- Fast Removal, Quality Finish. The 2000-CTH Jobsite is the most powerful laser cleaner available that delivers short and strong power bursts ensuring the most consistent beam path for faster removal and consistent cleaning quality.
- Risks Utilizing Cleantech Technology, the laser can selectively remove layers in an efficient and safe way to protect base materials. It can be used for a variety of material processing needs within various industries with high temperature and high pressure environments such as aerospace, automotive, military and defense, power generation, nuclear facilities, and maintenance and repair facilities.
- Laser Cleaning Technology allows the laser cleaning process to be environmentally-friendly by being consumable-free. These laser systems generally require no optical machine alignment, laser service, or laser replacement parts making this machine virtually maintenance-free.
- Versatile Cleans, Prepares, and Primes lasers from Laser Photonics can clean, ablate, and prime any surface, including, aluminum, anodized aluminum, alloy metals, stainless steel, mild steel, copper, brass, non-transparent plastics, plaques, and more.
- If you’re looking for something small and lightweight, don’t settle for anything less than the 2000 CTH from 3M™. It offers the same performance as the larger 2000C with ultra-low power consumption and a fast cleaning time.
- View Laser Photonics’ jobsite with rust removal and laser strength of 100W, 200W or 500W. We also provide a variety of fiber and CO2 lasers for complete laser projects.
In conclusion, the laser cleaning system is a new technology that is set to overcome many of the problematics faced by rust removal and industrial cleaning applications. By selecting a specific material to be removed, laser beams offer a fast and a ‘set and forget’ solution to many different industries.
Since this subject is becoming more and more popular with industry today, stay tuned for more blog entries on the subject.