Our technological advancement brought us many inventions we merely dreamt of. Even cleaning has become fun and easy with advanced tools and solutions. Fiber laser cleaning is one of the latest inventions. Portable handheld fiber laser cleaners are used for surface cleaning, rust removal, paint stripping, and preparation tasks in various industries.
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Are you looking for the best fiber laser cleaner for your business? Here we have our popular model used and reviewed by consumers. The specifications and application of the device are thoroughly discussed here. Wait no longer and choose the best handheld portable fiber laser cleaner of .
A laser cleaning machine is a type of laser ablation machine that irradiates and heats the surface material of the object with the CW (Continuous Wave) or pulsed laser beam and makes it evaporate or sublime to achieve the purpose of removing the surface material.
Laser cleaning is an environmentally friendly laser ablation or photoablation method to replace chemical and mechanical cleaning methods, which is also known as a laser rust cleaner, paint removal tool, paint stripping machine, coating remover, rust removal machine, oxide removal system, dirt cleaning tool, oil cleaner, laser descaler machine.
A portable handheld fiber laser cleaner allows flexibility and can be carried operated by hand. Unlike traditional bulky laser cleaning systems, handheld versions offer more maneuverability and accessibility.
Portable laser cleaning systems come in the two most common types, CW (Continuous Wave) and pulsed.
CW laser cleaner uses handheld clean head with continuous fiber laser source. The advantage of CW cleaning system is high cost performance. If you have low requirements for cleaning and only remove rust or thin paint of stainless steel, mild steel and iron, the cost effective CW laser can meet the requirements.
CW laser powers support W, W, W.
Pulsed laser cleaner comes with pulse fiber laser source and galvo clean head. If you have high-value products need to clean and without harm the base materials, that must be use pulsed laser.
There are four main types of laser cleaning methods:
⇲ Laser dry cleaning methods that use laser direct radiation to decontaminate.
⇲ The laser + liquid film method, that is, first deposits a layer of liquid film on the surface of the substrate, and then uses laser radiation to decontaminate.
⇲ In the laser+inert gas method, that is, while the laser is irradiated, an inert gas is blown to the surface of the substrate. When the dirt is peeled from the surface, the gas will be blown off the surface immediately to avoid re-contamination and oxidation of the surface.
⇲ After using the laser to loosen the dirt, clean it with non-corrosive chemical methods.
The most common methods are the first 3 ways. The fourth method is only seen in the cleaning of stone cultural relics. No matter what method of surface treatment is used, be sure to pay attention to safety.
The laser cleaner is automated and easy to set up and use. The operation is simple, turn on the machine to perform cleaning without chemicals, media, and water. It has the advantages of cost-effective, manual adjustment of focus, high-speed surface cleaning, and high cleanliness of the surface. It can remove resin, oil stains, stains, dirt, rust, coating, plating, and paint on the surface of objects.
⇲ Non-contact cleaning with a laser beam will not damage the surface of the substrates.
⇲ Precise cleaning to achieve precise location, precise size selective cleaning.
⇲ No chemical cleaning fluid, no consumables, safe and environmentally friendly in the cleaning process.
⇲ It is easy to use, just powered on, and it can be hand-held or cooperated with a manipulator to realize automatic cleaning.
⇲ The cleaning efficiency is higher than traditional cleaning tools to save time and labor costs.
⇲ The LC cleaning system is stable, with almost no need for care and maintenance.
⇲ It can be used as a part of production lines for surface treatment in modern manufacturing.
⇲ With over 10 years of experience, STYLECNC's cleaners are more professional than other manufacturers and dealers.
3-In-1 Handheld Laser Welding, Cleaning, Cutting Machine
Compared with traditional cleaning methods such as mechanical friction cleaning, chemical corrosion cleaning, liquid solid strong impact cleaning, and high-frequency ultrasonic cleaning, manual laser cleaner has obvious advantages.
✔ It is a "green" cleaning method. It does not need any chemical reagent or cleaning liquid. The waste cleaned is solid powder. It is small, easy to store and recycle, and can easily solve the environmental pollution caused by chemical cleaning.
✔ The traditional cleaning method is contact cleaning, which has mechanical force on the surface of the cleaning object, damages the surface of the object or the cleaning medium adheres to the surface of the object being cleaned, which can not be removed, resulting in secondary pollution. The non-abrasive and non-contact nature of laser erasing makes these problems easy to solve.
✔ Laser can be transmitted through optical fibers, cooperate with robots and robots, realize remote operation conveniently, and clean the parts that are not easy to reach by traditional methods, which can ensure the safety of personnel in some dangerous places.
✔ The LC cleaner can remove pollutants and contaminants from many types of materials without damaging them.
✔ The LC cleaning machine has high efficiency and saves time.
✔ Although the purchase has a high one-time investment in the early stage, the cleaning system can be used stably for a long time with low operation costs.
Laser cleaning is considered to be the most reliable and effective solution because of its non-abrasive, non-contact, non-thermal effect and applicability to various materials. It will take the place of traditional chemical and mechanical cleaning methods for environmental protection and safety.
The dual-swing laser cleaning gun adapt to the cleaning needs of a variety of objects with different shapes and sizes. The parameters such as the swing amplitude and frequency can be adjusted according to the shape of the object.
How Much Does a Portable Handheld Laser Cleaning Machine Cost?
The portable handheld laser cleaning system cost depends on different configurations and features.
In , the average cost of owning a handheld laser cleaning machine is $5,000 of which the low-power W handheld laser cleaner costs as low as $3,800, and the medium-power W laser cleaning system starts at around $5,500, while a high-power W portable laser cleaning machine can be as expensive as $8,000.
Even if the configurations are similar, the costs from different manufacturers are not the same. Because the cost not only involves configurations, but also includes shipping, brand, after-sales service, and other factors. More features will cost extra bucks. Moreover, a reputable brand is likely to cost more than local manufacturers.
It is an emerging industrial cleaning solution. Compared with traditional cleaning solutions, laser erasing is more environmentally friendly and has a wider range of applications. It can be used to clean oil, oxide, and rust layers on the surface of industrial equipment, industrial processed parts, and airport runways.
Laser cleaners are popular for rust removal from metal surface, paint removal treatment, plating, coating removal, oil, stain, dirt cleaning, and rubber mold residue cleaning.
Rubber birthmark cleaning can also be used to clean paint weld marks on ship deck surfaces. Fiber laser cleaners have been widely used in mold cleaning, weapon equipment cleaning, aircraft old paint cleaning, building exterior wall cleaning, electronics industry cleaning, precision de-esterification cleaning in the precision instrument industry, pipeline cleaning in nuclear power plant reactors, cultural relics cleaning, and protection.
⇲ Rust removal from a metal surface.
⇲ Paint removal from metal surfaces.
⇲ Clad layer and coating removal.
⇲ Oil fouling, blot, and dirt cleaning.
⇲ Metal weld discoloration removal.
⇲ Stone surface cleaning.
⇲ Rubber mold damage-free cleaning.
Industry Application
The manufacturing plant, construction works, machinery repair shops, advertisement, energy & mining, building material shops, ship industry, auto parts, rubber mold, high-end machine manufacturing, tire molded track, and environmental protection industry.
Safety protocols and regulations are crucial to prevent accidents. An operator must follow the safety measures for his well-being. Read the actions very carefully given in the manual book. Besides, learn the operating skill before starting with the machine in action.
⇲ Eye Protection.
⇲ Skin Protection.
⇲ Controlled Work Area.
⇲ Training and Education.
⇲ OSHA regulations outline requirements for laser safety.
⇲ Industry-specific regulations.
While buying a portable handheld laser cleaner, make sure the machine meets your requirements. You can follow the factors we have mentioned to consider for a useful buying experience.
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⇲ Make sure the power and intensity of the laser match your cleaning requirements of applications.
⇲ Consider the wavelength of the laser. It determines the effectiveness on different surfaces.
⇲ Choose a lightweight and ergonomically designed unit for easy usage.
⇲ A user-friendly control and interface will bring joy to the operations.
⇲ A well-branded machine with its peak performance and durability will minimize downtime and maintenance costs.
Lastly, compare different brands, models, and prices to get the best fit for your applications. A versatile portable handheld laser cleaner will do multiple jobs for you.
Laser cleaning technology has become a go-to solution across industries for its efficiency and precision. As demand rises in , choosing the right laser cleaning machine is crucial. In this article, we’ll introduce the best global laser cleaning machine manufacturers, helping you make informed decisions for your business needs.
Laser cleaning technology is a newly emerging cleaning method in recent years, primarily used for rust removal, oxide layer removal, paint stripping, degreasing, and the removal of coatings and plating. With the continuous advancement of laser technology, lasers have seen significant improvements in energy output, wavelength range, beam quality, and energy conversion efficiency. Currently, traditional cleaning methods such as mechanical cleaning, chemical cleaning, and ultrasonic cleaning are widely used, but their application is increasingly limited by environmental protection requirements and the demands of high-precision markets.
Precise Positioning: Utilizing fiber optic transmission to guide the laser, it offers flexibility. The built-in scanning galvanometer controls the laser spot for high-speed movement, facilitating non-contact laser cleaning of complex shapes, holes, grooves, and other areas that are difficult to reach with traditional cleaning methods.
Non-Contact and Safe: Short laser pulses clean without touching or heating the surface, ensuring zero damage to the underlying material.
High Stability: The laser cleaning system uses a pulsed laser with an ultra-long lifespan, typically up to 100,000 hours, ensuring stable quality and high reliability.
Wide Material Applicability: Laser cleaners are capable of removing dirt and oxidized layers from the surfaces of a wide range of materials, such as metal, wood, marble, plastics, ceramics, etc., making them widely applicable.
No Environmental Pollution: No chemical cleaning agents are needed, and no cleaning waste liquids are produced. The particulate matter and gases generated during laser cleaning can be easily collected and purified using a portable exhaust fan, preventing environmental pollution.
Automated Production Line: The laser cleaning machine can be integrated with CNC machines or robots for remote-controlled cleaning, enabling automation of the equipment and forming an intelligent product assembly line operation.
We conducted a comprehensive ranking of global laser cleaning machine manufacturers to help guide your purchasing decisions. This ranking is based on various factors, including product quality, R&D capabilities, market reputation, and customer feedback. Please note that the following list is for reference only and is designed to help you select the best laser cleaning machine for your needs.
Han’s Laser
As the largest industrial laser processing equipment manufacturer in Asia and one of the top-ranked globally, Han’s Laser holds a pivotal position in the laser processing industry. Han’s Laser is the largest laser equipment manufacturer in China, with a broad design scope and products distributed worldwide. The company mainly targets industries such as shipbuilding, aerospace, and machinery equipment. Han’s Laser collaborates with multiple Fortune 500 companies and is a leader in the Chinese laser industry.
IPG
IPG, the leader in fiber lasers, has also developed fiber lasers specifically for laser cleaning. To meet the various market demands for laser cleaning, IPG has innovatively introduced a new type of pulsed fiber laser. These lasers feature circular/square spots, fixed/adjustable pulse widths, higher pulse energy (up to 100mJ), and higher output power (with peak power reaching the mW level).
CleanLASER
CleanLASER is a company that produces fiber-coupled, portable, mobile, or workstation laser cleaning equipment. They offer a range of products from low-power 20W backpack-type cleaners to high-power W systems, including workstations and custom cleaning systems. The German company CleanLASER has launched various models, covering low to high power, capable of cleaning paint, rust, dust, oil stains, and fingerprints.
Dapeng Laser
As a well-known laser cleaning machine manufacturer China, Dapeng Laser Technology Co., Ltd. focuses on the research and development of various laser devices and has successfully introduced laser cleaning machine covering a range of power levels and specifications. With years of technical accumulation and market experience, the company has established a strong position in the laser cleaning field. The company boasts a research and development team composed of experienced engineers and technical experts who continuously drive innovation and upgrades in laser cleaning technology. Although laser cleaning machines are not their main product, Dapeng Laser’s equipment maintains excellent performance due to its strong brand reputation and company strength.
In the market competition, Dapeng Laser has earned widespread customer trust through high-quality products and excellent after-sales service. The company has built a large customer base domestically and is actively expanding into international markets, with products sold in numerous countries and regions worldwide. Leveraging a comprehensive sales network and service system, Dapeng Laser provides customers with complete solutions, from technical consultation to after-sales maintenance, ensuring every customer enjoys a high-quality experience.
DXTECH
DXTECH Machine is one of the top laser equipment manufacturers. It began operations in , employs over 300 staff, and holds more than 300 patents. The factory features workshops for sheet metal processing, milling, painting, and assembly. The company offers a wide range of products, including laser cleaning, cutting, and welding machines. DXTECH’s laser cleaning machines can quickly remove rust, dust, oil stains, grease, oxidation layers, paint, coatings, and other contaminants from workpieces, making them widely applicable across various industries.
LaserAX
LaserAX is a global leader in laser cleaner manufacturing, providing high-performance, high-efficiency laser cleaning solutions for different industries. With an experienced and innovative R&D team, LaserAX is dedicated to advancing laser cleaning technology and its practical applications.
LaserAX laser cleaning machines offer exceptional performance and reliability, effectively removing various surface contaminants, including dirt, paint, scale, and coatings, while ensuring no damage to the substrate. With precise laser cleaning, thorough removal of pollutants is achieved, ensuring high-quality cleaning results.
HantenCNC
After nearly 20 years of development, HantenCNC has become a leading laser cleaning machine manufacturer in China, with its own laser cleaning machine factory and complete production line. The products are well-received by customers nationwide.
HantenCNC is also renowned for its excellent customer service. They have a professional sales and after-sales team providing 24-hour online service. They offer various laser cleaning solutions to customers in 40 countries worldwide. HantenCNC strives to ensure that customers have a satisfactory experience throughout their use of the products.
MaiLi
Suzhou MaiLi Intelligent Co., Ltd. has a strong technical foundation in laser cleaning. Originally a supplier of laser cleaning equipment parts, the company has recently transformed into a laser cleaning equipment manufacturer, with its pulsed fiber laser devices performing exceptionally well in the market and demonstrating outstanding product performance.
Shengtong Intelligent Laser
Shengtong Intelligent Laser Equipment Group specializes in the research, development, manufacturing, and sales of laser cleaning equipment. They are dedicated to providing the highest quality laser cleaning devices. Their laser cleaning machines have passed certifications including ISO, ISO, ISO, CE, and 3A, and are widely used across various fields such as automotive, aerospace, molds, electronics, and rail transportation.
Newfinch
Suzhou Newfinch Electromechanical Technology Co., Ltd. specializes in laser equipment, including laser welding machines and laser cleaning machines. Their laser rust removal equipment boasts superior performance, high cost-effectiveness, and strong company strength, along with a good brand reputation.
In the mold industry, including rubber molds, injection molds, food molds, aluminum molds, and steel molds, laser cleaning is increasingly favored due to its unique advantages. Compared to conventional cleaning methods, laser cleaning is non-damaging and does not cause wear and tear to the mold. In addition, it precisely controls the cleaning area and is suitable for molds of various complex shapes. Laser cleaning eliminates the need for chemicals, ensuring clean and safe food molds.
For heavily rusted products such as rusted sheets and boilers, laser cleaning offers an efficient, environmentally friendly solution for removing surface rust.
In industrial production, removing the oxide layer from product surfaces is crucial for further processing. Laser cleaning can thoroughly remove oxides from sample surfaces without damaging the original surface. It also provides similar benefits for removing paint from product surfaces.
Low-power laser cleaning machines can perform delicate surface treatments on precision metal products and molds without damaging the base material. The cleaning thickness can be measured in micrometers, meeting the meticulous cleaning requirements of precision instruments.
Laser cleaning can completely remove paint from aircraft surfaces without damaging the metal surface. In the aerospace industry, where structural strength requirements for components are high, laser cleaning can effectively remove oxide layers from weld joints, improving welding quality.
Rail tracks, exposed to outdoor environments, are prone to rusting. When the rail surface and inner rust layers are severe, it can cause poor circuit connections and affect railway signal transmission. Laser cleaning equipment is suitable for individual operation, with low cleaning costs, eco-friendliness, high efficiency, and excellent cleaning quality that does not damage the rail base material. Handheld laser cleaning can be easily performed by a single operator.
Pre-Weld Treatment: The purpose is to remove oxide films and oil stains from the welding surface to prevent defects such as pores and slag inclusions, enhancing welding quality.
Post-Weld Treatment: Mainly used for treating weld seams, making them bright and aesthetically pleasing.
Components made of copper, aluminum, stainless steel, etc., are well-suited for laser pre-treatment, which is widely used in the automotive industry, precision tool production, and mechanical manufacturing. For example, with aluminum alloys, laser cleaning effectively removes surface oxides and contaminants, slightly strengthens and roughens the surface, significantly improving the tensile performance of welds and ensuring optimal welding quality.
High Initial Investment: Laser cleaning systems generally require a substantial initial investment, which can be a consideration for budget-constrained businesses.
Continuous laser cleaning machines typically operate within a laser power range of W~W, making them well-suited for applications that require high power, such as the removal of thick rust or large-scale material cleaning. These machines are often more cost-effective than pulsed laser cleaning systems, which makes them an attractive option for heavy-duty industrial tasks. Their ability to clean large surfaces efficiently also makes them ideal for removing heavy oxides, scale, or contaminants from robust metal components.
pulsed laser cleaning machines usually feature a lower laser power range of 100W~450W. They excel in applications requiring meticulous cleaning, such as the removal of delicate coatings, paints, or surface contaminants. Pulsed lasers are particularly effective for tasks that involve preserving the substrate material, like cleaning cultural artifacts, molds, or sensitive electronic components. While they tend to be more expensive than their continuous counterparts, their precision makes them indispensable for high-value or delicate cleaning tasks.
Is laser cleaning safe?
Laser cleaning is safe, but it is crucial to avoid direct laser exposure to the eyes during operation. Operators should wear dedicated laser protective eyewear and face shields to ensure safety.
Is laser cleaning effective?
Fiber lasercleaner is highly effective. It is not only portable and easy to use but also requires no special certifications for beginner, helping businesses save significant time and labor costs.
Choosing the right laser cleaning machine manufacturer is crucial for ensuring equipment quality and performance. To find the most suitable manufacturer, consider the following steps:
We hope the mentioned reputable laser cleaning machine brands will assist you in making the best choice.
In conclusion, choosing the right laser cleaning machine is vital for enhancing your industrial processes, whether you’re targeting rust removal, paint stripping, or surface preparation. Our exploration of the global laser cleaning machine manufacturers in offers a detailed overview of the industry’s leading brands. Additionally, we introduce common industrial applications to help you boost your production. Feel free to contact us if you seek to improve your operations.
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