Are you looking for buying a handheld or suitcase-type pulsed or CW fiber laser cleaning machine for removing rust, paint, oil, film, coating from materials like metal, stone?

Here are the full guides and tips are written by China professional laser cleaning machine manufacturer.

  • Why Choose JCZ as your Laser cleaner machine supplier?

    18 Years Experience
    Since 2004, we are dedicated to the industrial laser processing field. All our products are trusted by customers globally. And most of the laser machines made in China are with our products installed.

    World-Leading Brand - PRISM AWARDS FINALIST
    In 2021, we are the third China companies that entered the finalist of SPIE PRISM AWARDS, which is also known as the highest honor and the Oscar of the world photonic industry. This is a recognition of JCZ's leading product and contribution to the world photonic and laser industry.

    Excellent After-sales Service
    We know how desperate it will be if a supplier could not offer support. We get many support requests from customers who purchased the machine, with fake JCZ software installed from a China supplier who is not able to offer service.

    With 150+ R&D and support engineers team and our independent capabilities for optical, electrical, software, mechanical development, and manufacturing, we are offering high-quality products plus excellent service globally.

    1000+ Partners Worldwide
    With cutting-edge and reliable products plus excellent after-sales services, we are in close cooperation with more than 1000 laser companies worldwide in China, USA, Germany, United Kingdom, Canada, Span, Italy, South Korea, Japan, India, Turkey, Russia, Brazil, etc. Due to NDA, we could not reveal their name.

    Affordable and Very Competitive Price
    With orders from the global market, all our products are in mass production, which means that we get the best pricing from our partner, and manufacturing cost is at the lowest level. This makes our product pricing always competitive. Like the product name of our first products, EzCAD, launched in 2004, we aim to make laser an easy tool rather than a high tech device, jointly promoting the development of the eco-friendly technology, LASER.

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    2022 Full Laser Cleaning Machine Buyer Guides

  • What is Laser Cleaning and How Does it Work?

    Laser cleaning technology uses a focused laser beam to quickly vaporize or strip the contaminants on the surface of materials. Compared with all kinds of traditional physical or chemical cleaning methods, laser cleaning is without contact with materials, no consumable material needed, no pollution, high precision, no damage or damage is small to substrate materials, etc.,

    Laser is the ideal choice for a new generation of industrial cleaning technology.

    Working Principle

    The working principle of laser cleaning is complex, which may contain both physical processes and chemical processes. In most cases, it is dominated by the physical one.

    When the high-energy laser irradiates on the material surface, the surface absorbs laser energy from the surface to the internal substrate. At the same time, the surface temperature rises rapidly and reaches its vaporization point so that the contaminants are vaporized from the material surface.

    This selective vaporization usually occurs when the laser beam absorption rate of the contaminants on the surface is significantly higher than the one on the substrates. One typical application case is the cleaning of dirt on the stone surface. The contaminant on the stone surface has a high absorption rate of the laser and is quickly vaporized. When the contaminants are cleaned, the absorption rate to the stone surface is very low.

    Most of the laser energy is scattered to the contaminant on the stone surface, and the temperature change of the stone surface is very small. Therefore the stone surface is thus protected from damage while the contaminants are removed.

  • What Could Be Cleaned By Fiber Laser?

    Laser cleaning technology is now widely used in many fields such as industry, construction, heritage conservation, and medicine. The following application field is where the laser clean technology is typically applied.

    • Oil Cleaning & Removing
    • Film Cleaning & Removing
    • Rust Cleaning & Removing
    • Paint Cleaning & Removing
    • Coating Cleaning & Removing
    • Carbon Buildup Cleaning & Removing
    • Dust Cleaning & Removing
    • Food Cleaning & Removing
    • Nuclear Decontamination Cleaning & Removing
  • Pulsed VS CW Fiber Laser Cleaning Machine

    Both continuous-wave and pulsed lasers could remove the paint, rust, oil, film, coating, dust from the material surface. With the same power, the efficiency of pulsed laser cleaning is much higher than that of the CW(Continuous-Wave) one. Meanwhile, the pulsed laser works better on heat control to prevent the substrate from being over-temperature and avoid micro-melting.

    Continuous-wave lasers are advantageous in pricing. But the heat inputs of high power continuous wave laser are higher and the degree of damage to the substrate increases.

    Therefore, there is a fundamental difference in terms of application between CW and pulsed fiber laser for cleaning. For applications that require high precision, strict substrate temperature control, and very small damage to the substrate, such as molds, we should choose a pulsed fiber laser cleaner machine.

    For some large steel sheets and pipes, due to the large size and fast heat dissipation, the requirements of substrate damage control are not high, we can choose continuous wave fiber lasers.

  • How Much Does A Laser Cleaner Cost?

  • How to Buy a Laser Cleaning & Removing Machine?

  • Five advantages of Laser Cleaning and Removal

    No Contact with Object Surface

    Traditional cleaning methods are often contact cleaning, which brings a mechanical force or damage to the surface of the object. Sometimes the part of the cleaning tool could be attached to the surface of the object that is being cleaned, and not easy to remove. Most importantly, it will cause extra pollution. Laser cleaning‘s non-abrasive and non-contact features precisely solve this technical issue.

    No Damage to the Material Surface

    Laser cleaning can remove various types of contaminants from the surface of various materials.
    A complete contaminant cleaning or removing from objects is not possible with traditional cleaning methods. And laser cleaning technology could selectively remove rust, oil, paint, film, coatings from the material surface without damaging the surface.

    Easy for Targeting and Positioning.

    With optical fiber cable for laser delivery, a laser cleaning machine is easier to integrate with a robot for remote control and operation. This feature makes the cleaning process on the irregular-shaped object, holes, and grooves no longer complicated with no contact with objects. And fiber laser cleaner can be used in some dangerous places to effectively ensure the safety of operators.

    Eco-friendly Cleaning Technology.

    Laser cleaning does not require chemical cleaning chemicals and does not produce cleaning waste. The pollutant particles and gases produced during the laser cleaning process can be simply collected and purified by a portable air extractor to avoid environmental pollution.

    No consumables and Nearly Zero Maintenance

    The laser cleaning system can be used stably for a long time. The lifespan of the pulsed or continuous wave fiber laser is usually up to 100,000 hours. And it does not require consumables and the regular maintenance is nearly zero. Only the lens needs to be cleaned and replaced.
    As a popular and essential technique for industrial production, laser cleaning work perfectly on the automation production line like cleaning before and after the welding process, selective dirt cleaning before painting, and oxide cleaning of highly reactive metals.