オプティレーザーソリューションズ List of Products and Services

In the shipbuilding industry, rust removal is an essential task in the maintenance of the hull. In particular, rust caused by salt damage or long-term use can weaken the hull's strength and pose safety risks. Traditional grinding work tends to be time-consuming and labor-intensive, increasing the burden on workers. The CW2000 laser cleaner efficiently removes rust using light energy, significantly reducing work time. 【Usage Scenarios】 - Rust removal from the hull, deck, and bottom of the ship - Rust removal from welded areas - Surface treatment before painting 【Benefits of Implementation】 - Reduction in work time - Decrease in worker burden - Improved paint adhesion - Enhanced safety

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In the aerospace industry, surface treatment of components is extremely important for maintaining the safety and performance of aircraft. In particular, corrosion and the adhesion of foreign substances can lead to deterioration and malfunction of components, potentially resulting in serious accidents. The CW2000 laser cleaner utilizes light energy to remove surface contaminants, achieving high-quality surface treatment. Despite its 2000W output, it is designed to be the lightest and most compact, meeting the stringent demands of the aerospace sector. [Application Scenarios] - Surface treatment of aircraft components - Surface treatment of rocket components - Surface cleaning of metal parts [Benefits of Implementation] - Increased longevity of components through high-quality surface treatment - Improved safety - Enhanced work efficiency

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In the semiconductor industry, the removal of minute foreign substances and contaminants during the manufacturing process is a critical issue that affects product quality and yield. Especially in high-precision device manufacturing, contamination can lead to decreased product performance and the occurrence of defects, necessitating thorough cleaning. The CW2000 laser cleaner utilizes light energy to remove surface contaminants, addressing the challenges of precision cleaning in semiconductor manufacturing. 【Application Scenes】 - Precision cleaning of wafers, masks, and other semiconductor components - Removal of foreign substances on the manufacturing line - Elimination of fine contaminants 【Benefits of Implementation】 - Improvement in product quality - Enhancement of yield - Reduction in cleaning time

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In the automotive industry's welding process, the cleanliness of the base material surface before welding is crucial for achieving high-quality joints. Impurities such as oil and oxides can lead to welding defects and potentially compromise the reliability of the product. The CW2000 laser cleaner efficiently removes these impurities using light energy, enabling high-quality welding. With its high power of 2000W and a maximum wide-area irradiation of 300mm, it also contributes to reducing work time. 【Usage Scenarios】 - Surface treatment of base materials before welding - Surface treatment before painting - Removal of rust and foreign substances 【Benefits of Implementation】 - Reduction of welding defects - Shortening of work time - Achievement of high-quality welding

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In the energy industry, the quality of welding is crucial, and proper treatment of the base material surface before welding is required. In particular, corrosion and the presence of foreign substances can lead to welding defects, potentially affecting the safety and durability of equipment. The Pulse500 (air-cooled) efficiently removes these contaminants with its high output of 500W, enabling high-quality welding. [Application Scenarios] - Pre-treatment for welding plant equipment - Pre-treatment for welding pipelines - Pre-treatment for welding structures [Benefits of Implementation] - Improved welding quality - Reduced working time - Extended equipment lifespan

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In the semiconductor industry, precise cleaning of the processing surface is essential for manufacturing high-quality products. In particular, fine foreign substances and residues after laser processing can compromise the performance and reliability of the products. The Pulse500 laser cleaner addresses these challenges with its 500W high power and air-cooled design. 【Application Scenarios】 - Removal of foreign substances after laser processing - Cleaning of fine components - Precise surface treatment 【Benefits of Implementation】 - Improved processing quality - Enhanced yield - Increased product reliability

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In the electronics industry, proper treatment of bonding surfaces is required to enhance product reliability. Particularly in precision electronic components, the cleanliness of the bonding surface significantly affects product performance. Improper treatment can lead to bonding failures and product malfunctions. The Pulse500 (air-cooled) laser cleaner, with its high output of 500W, effectively removes contaminants that have been difficult to eliminate until now, providing strong support for surface treatment before bonding. 【Application Scenarios】 - Pre-treatment of electronic component bonding - Surface treatment before substrate mounting - Cleaning of connector joints 【Benefits of Implementation】 - Reduction of bonding failures - Improved product reliability - Increased work efficiency

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In the mold industry, precise cleaning of molds is essential to maintain product quality. In particular, to prevent molding defects and deterioration of product quality, it is necessary to completely remove foreign substances attached to the mold. The Pulse500 (air-cooled type) achieves precise cleaning of molds by removing even those contaminants that have been difficult to eliminate until now, thanks to its high output of 500W. 【Usage Scenarios】 - Precise cleaning of molds - Maintenance of injection molding molds - Cleaning of press molds 【Benefits of Implementation】 - Extension of mold lifespan - Improvement of product quality - Enhancement of work efficiency

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In the railway industry, there is a demand for increased efficiency in paint stripping operations and a reduction in environmental impact during vehicle maintenance. In particular, the removal of aging paint not only takes time and incurs costs but also carries the risk of environmental pollution from abrasives and other materials. The Pulse500 (air-cooled) addresses these challenges with its high output of 500W. 【Application Scenarios】 - Paint stripping of railway vehicle bodies and components - Paint stripping of bridges and track equipment - Work in confined spaces 【Benefits of Implementation】 - Reduced working time - Decreased use of abrasives and other materials - Lower environmental impact - Compatibility with various materials

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In the shipbuilding industry, the removal of rust is essential to maintain the durability of the hull. Particularly for hulls exposed to seawater salinity and harsh environments, rust formation is inevitable, necessitating appropriate removal and countermeasures. Traditional grinding and chemical cleaning have posed challenges such as decreased work efficiency and environmental impact. Our laser cleaner Pulse500 (air-cooled) achieves efficient and environmentally friendly rust removal with its high output of 500W. 【Application Scenarios】 - Rust removal from hulls, decks, and bottoms - Rust removal from welded areas - Surface treatment before painting 【Benefits of Implementation】 - Reduction in work time - Decrease in the use of abrasives and chemicals - Reduction of environmental impact - Achievement of high-quality surface treatment

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In the aerospace industry, contamination by foreign substances during the manufacturing process is a serious issue that undermines product quality and safety. Particularly in aircraft components, minute foreign particles can cause malfunctions, necessitating a high level of cleanliness. The Pulse500 (air-cooled) laser cleaner, with its 500W high output, enables the removal of contaminants that have previously been difficult to eliminate. Its compact design allows for work in tight spaces, contributing to the resolution of foreign substance removal challenges in the aerospace sector. 【Application Scenarios】 - Removal of foreign substances in the manufacturing process of aircraft components - Removal of foreign substances in the manufacturing process of rocket components - Maintenance of space station components 【Benefits of Implementation】 - Improved product quality through foreign substance removal - Enhanced work efficiency - Increased product reliability

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In the automotive industry, high-quality finishes and efficient operations are essential in pre-painting processes. It is necessary to completely remove old paint, rust, and other contaminants to enhance the adhesion of the paint. Insufficient surface preparation can lead to peeling and a decline in quality after painting. The Pulse500 (air-cooled) laser cleaner addresses these challenges with its high output of 500W. 【Application Scenarios】 * Removal of old paint from automotive bodies * Rust removal * Surface preparation before painting 【Benefits of Implementation】 * Achieving high-quality painting * Reducing work time * Cost savings

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In the printing industry, cleaning the printing plates is essential for consistently providing high-quality printed materials. The adhesion of ink and dirt can lead to a decline in print quality and cause problems. The laser cleaner 'Pulse500 (air-cooled)' enables the removal of previously difficult-to-remove contaminants due to its high output of 500w. Its compact design allows for use in tight spaces. 【Usage Scenarios】 - Cleaning printing plates - Removal of ink and dirt 【Benefits of Implementation】 - Improved print quality - Enhanced work efficiency - Cost reduction

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In the food industry, foreign object contamination is a serious issue that not only undermines product quality but also damages corporate trust. To prevent foreign object contamination, thorough management of the manufacturing line and measures to ensure the removal of any contamination are required. The Pulse500 (air-cooled type), with its high output of 500W, effectively removes foreign objects that have been difficult to eliminate until now. Its compact design allows for installation in narrow spaces. 【Usage Scenarios】 - Removal of foreign objects on food manufacturing lines - Inspection processes for raw materials - Final inspection of products 【Benefits of Implementation】 - Reduction of foreign object contamination risks - Improvement in product quality - Enhancement of corporate reliability

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In the energy industry, the quality of welding is crucial, and as a preliminary step, the cleanliness of the base material surface is required. In particular, dirt caused by corrosion and oxidation can lead to welding defects and may compromise the reliability of the product. The Pulse500 (air-cooled) efficiently removes these contaminants with its high output of 500W, enabling high-quality welding. [Application Scenarios] - Pre-treatment for welding in plant facilities - Pre-treatment for welding in pipelines - Pre-treatment for welding in structures [Benefits of Implementation] - Improved welding quality - Increased work efficiency - Cost reduction

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In the electronics industry, proper treatment of bonding surfaces is required to enhance product reliability. Particularly as electronic components become smaller, even slight dirt or foreign substances on bonding surfaces can lead to bonding failures or degradation of product performance. The Pulse500 (air-cooled) laser cleaner addresses these challenges with its high output of 500W. 【Application Scenarios】 - Pre-treatment of bonding surfaces for electronic circuit boards - Cleaning of connector terminals - Surface treatment before soldering 【Benefits of Implementation】 - Reduction of bonding failures - Improvement of product reliability - Increased work efficiency

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In the mold industry, precise cleaning of molds is essential to maintain product quality. In particular, to prevent molding defects and deterioration of product quality, it is necessary to completely remove foreign substances attached to the molds. Conventional cleaning methods have challenges such as damaging the molds or taking a long time to clean. The Pulse500 (air-cooled type) addresses these issues with its high output of 500W. 【Usage Scenarios】 - Precise cleaning of molds - Removal of residues from resins, rubber, metals, etc. - Work in narrow spaces 【Benefits of Implementation】 - Extended mold lifespan - Improved product quality - Reduced working time

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In the railway industry, there is a demand for the efficiency of paint film stripping operations and a reduction in environmental impact during vehicle maintenance. In particular, the removal of aging paint films is essential for maintaining safety and aesthetics. Traditional stripping methods using abrasives or chemicals not only incur high labor time and costs but also raise concerns about their impact on the environment. The Pulse500 (air-cooled) laser cleaner addresses these challenges. 【Application Scenarios】 - Stripping paint films from railway vehicle bodies, floors, and roofs - Stripping paint from station buildings and platforms - Stripping paint films from infrastructure structures such as bridges and tunnels 【Benefits of Implementation】 - Fast and efficient paint film stripping operations - Reduction in labor time and costs - Decreased environmental impact (reduction in the use of abrasives and chemicals) - Improved safety for workers - Compatibility with various materials (metal, concrete, etc.)

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In the shipbuilding industry, removing rust from the hull and structures is essential to maintain the safety and durability of vessels. Particularly in seawater with high salinity and harsh environments, the occurrence of rust accelerates, necessitating regular maintenance. Traditional polishing methods not only require significant time and costs but also raise concerns about environmental impact. The Pulse500 (air-cooled) laser cleaner achieves efficient and precise rust removal with its high output of 500W, contributing to solving challenges in the shipbuilding industry. 【Usage Scenarios】 - Rust removal from hulls, decks, and structures - Pre-treatment of welding areas - Surface treatment before painting 【Benefits of Implementation】 - Reduction in work time - Cost savings - Decrease in environmental impact

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In the aerospace industry, thorough removal of foreign substances is essential to ensure product quality and safety. Particularly during manufacturing processes and maintenance, fine foreign substances can lead to a decline in product performance or failures. The Pulse500 (air-cooled) enables the removal of previously difficult-to-remove contaminants thanks to its high output of 500W. Its compact design allows for use in tight spaces. 【Usage Scenarios】 - Removal of foreign substances in the manufacturing process of aircraft parts - Removal of foreign substances during aircraft maintenance - Removal of foreign substances in the manufacturing of space-related equipment 【Benefits of Implementation】 - Improvement in product quality through foreign substance removal - Increased product reliability - Enhanced work efficiency

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In the automotive industry's pre-painting process, it is crucial to completely remove contaminants such as old paint, rust, and oil to enhance the adhesion of the paint. Particularly for parts with complex shapes or in tight spaces, efficient and precise treatment is required. Improper surface preparation can lead to poor paint application and reduced durability. The Pulse500 (air-cooled) enables the removal of contaminants that were previously difficult to eliminate, thanks to its high output of 500W. Its compact design allows for the use of high-output types even in narrow areas. 【Usage Scenarios】 - Removal of old paint from vehicle bodies and parts - Removal of rust and oil - Surface preparation before painting 【Benefits of Implementation】 - Improved paint adhesion - Enhanced painting quality - Reduced work time

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In the railway industry, rapid removal of graffiti is required to maintain the aesthetic of vehicles. It is especially important to prevent image deterioration due to graffiti on frequently operated lines and at busy stations. Traditional cleaning methods can be time-consuming and labor-intensive, sometimes affecting vehicle operations. The laser cleaner 'Pulse300' removes graffiti using light impact, making it less likely to damage materials and allowing for quick cleaning. 【Usage Scenarios】 - Train car bodies - Walls within stations - Removal of graffiti 【Benefits of Implementation】 - Quick removal of graffiti - Maintenance of vehicle aesthetics - Reduction of work time - Cost savings

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In the sculpture industry, precision and efficiency in surface processing are required to maximize the beauty of the works. Especially in delicate sculptures, it is important to remove unwanted substances without compromising the expression of details. Traditional polishing and chemical surface treatments can damage the material and potentially affect the health of the workers. The laser cleaner 'Pulse300' instantly removes surface dirt and unwanted substances with the impact of light, highlighting the beauty of the sculptural works. 【Usage Scenarios】 - Surface processing of wood carvings, stone carvings, and metal sculptures - Maintenance of sculptural works - Removal of material degradation and discoloration 【Benefits of Implementation】 - Removes surface dirt without damaging the material - Reduces working time - Improves the working environment - Compatible with a variety of materials

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In the energy industry, scale removal is a critical issue for the efficient operation and longevity of equipment. Scale can lead to reduced thermal efficiency and damage to equipment, ultimately resulting in increased costs. Pulse300 removes scale using light shock, restoring the performance of the equipment. 【Application Scenes】 - Power plant boilers - Heat exchangers - Piping 【Benefits of Implementation】 - Recovery of equipment efficiency - Reduction in maintenance costs - Extension of equipment lifespan

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In the electronics industry, precise cleaning of circuit boards is essential to maintain product reliability and performance. The adhesion of flux and foreign substances can lead to electrical connection failures and short circuits, potentially resulting in product malfunctions. The Pulse300 utilizes light shock to address these issues, cleaning circuit boards quickly and effectively without causing damage. 【Usage Scenarios】 - Electronic circuit board manufacturing processes - Repair and maintenance - Research and development 【Benefits of Implementation】 - Reduced cleaning time - Improved quality - Enhanced work efficiency

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In the food industry, burnt residues on manufacturing equipment pose a significant challenge for hygiene management. Burnt residues increase the risk of foreign matter contamination and can compromise product quality. Additionally, the time and effort required for cleaning can also reduce production efficiency. The laser cleaner 'Pulse300' instantly removes burnt residues with light impact, addressing these challenges. 【Application Scenarios】 - Removal of burnt residues on food production lines - Removal of burnt residues on cooking utensils - Maintenance of food processing equipment 【Benefits of Implementation】 - Reduction in cleaning time - Improvement in work efficiency - Enhancement of product quality - Decrease in the risk of foreign matter contamination

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In the shipbuilding industry, there is a demand for increased efficiency in paint stripping operations for the maintenance and repair of vessels. Particularly, since the hulls are extensive, reducing work time and costs are critical challenges. The laser cleaner 'Pulse300' removes coatings using light impact, making it less likely to damage the base material and capable of handling various materials. Weighing approximately 24 kg, it can be easily moved in tight spaces. 【Usage Scenarios】 - Stripping paint from the hull - Removing aging coatings - Pre-treatment before welding 【Benefits of Implementation】 - Reduced work time - Cost savings - High-quality finish

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In the mold industry, there is a demand for the efficiency of deburring processes that affect product quality. Particularly in the removal of burrs from complex-shaped molds or fine burrs, issues such as work time and costs can arise. The laser cleaner 'Pulse300' removes burrs using light impact, making it compatible with various materials of molds and achieving precise finishes. Weighing approximately 24 kg, it is also easy to transport, allowing for flexibility in work locations. 【Usage Scenarios】 - Deburring of molds - Deburring of complex-shaped molds - Removal of fine burrs 【Benefits of Implementation】 - Reduction in work time - Cost savings - Improvement in product quality

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In the semiconductor industry, the removal of minute foreign substances and contaminants during the manufacturing process is a critical issue that affects product quality and yield. Particularly, as density increases, there are more cases where traditional cleaning methods are insufficient. The Pulse300 achieves precise cleaning through non-contact cleaning that utilizes the impact of light, without damaging delicate semiconductor components. It is compatible with a 100V power supply, making it easy to install in various locations. 【Usage Scenarios】 - Precision cleaning of wafers, masks, and other semiconductor components - Removal of foreign substances on the manufacturing line - Improvement of cleanliness in quality control 【Benefits of Implementation】 - Enhanced product quality and improved yield - Reduced cleaning time and cost savings - Decreased environmental impact

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In the aerospace industry, contamination during the manufacturing process can significantly compromise the quality and safety of products. Particularly in aircraft components, there is a risk that even minute foreign objects can lead to serious accidents. Therefore, thorough removal of contaminants is essential. The Pulse300 laser cleaner removes foreign objects using light impact, achieving high-quality cleaning in the aerospace field. 【Application Scenes】 - Manufacturing processes of aircraft components - Maintenance of spacecraft components - Cleaning of precision instruments 【Benefits of Introduction】 - Quality improvement through foreign object removal - Enhanced product reliability - Increased work efficiency

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1500w water-cooled model. Absorbs light energy and removes it all at once. Can remove a wide range of surface attachments all at once (maximum irradiation width of 300mm). Easy to carry with casters.

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The Pulse 1000W high-output model, the highest specification in the history of laser cleaners, is air-cooled. It has the power and speed to remove and strip away substances that were previously difficult to eliminate.

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No power supply needed, removal and peeling can be done anywhere. Performance remains the same. Work can be done in places without power.

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The long-awaited pulse laser of the ULT LASER series. Its biggest feature is that it is powerful despite being compact. Weighing approximately 24 kg, it can be easily moved anywhere. It operates on a 100V power supply, making it user-friendly. It removes and peels using light shock, allowing for instant cleaning of any material.

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Amazing CW laser with a power output of 3000W. Instant removal and peeling of any material. High-power type that is portable with casters.

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The industry's highest specification CW laser. The standard model of the ULT LASER series. The lightest and most compact laser cleaner capable of outputting 2000W. Absorbs light energy and removes it all at once. Capable of removing a wide range of surface contaminants in one go (maximum irradiation width of 300mm). Equipped with casters for easy transport by a single operator. The laser output operating mode has 8 patterns.

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The industry's highest specification CW laser. The standard model of the ULT LASER series. The lightest and most compact laser cleaner capable of outputting 2000W. Absorbs light energy and removes it all at once. Capable of removing a wide range of surface contaminants in one go (maximum irradiation width of 300mm). Equipped with casters for easy portability by a single operator.

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500W high-output model. It has the power to remove and peel off substances that were difficult to remove until now. Since it is water-cooled, it also allows for the extension of fiber cords.

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500W high-output model with air cooling. It has the power to remove and strip away substances that were previously difficult to eliminate, and since the main unit is compact, it can be used in tight spaces as a high-output type. Additionally, the cleaning head is equipped with a compact display, allowing for parameter adjustments at hand.

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"ULT LASER" is a laser cleaning device that utilizes powerful laser light to efficiently remove rust, scale, paint, oil films, and other contaminants from metal surfaces. It helps reduce the generation of dust and harmful industrial waste, supporting the realization of a clean working environment. Unlike traditional blasting methods or chemical cleaning processes, it can be used in any location and generates almost no secondary waste associated with abrasives. It contributes to reducing environmental impact while also shortening work time. The non-contact cleaning allows for a beautiful finish without damaging the base material. Its intuitive operability and lightweight design significantly reduce the burden on field staff. 【Main Features】 - Cleans while protecting the base material without contact - Does not use chemicals, minimizing dust dispersion - Can be installed and used both indoors and outdoors - Simple operability that allows for one-handed operation - Easy-to-understand interface that requires no prior training, etc. *For detailed information, please download the PDF or contact us.

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"ULT LASER" is a laser cleaner that uses high-output laser beams to instantly remove materials, thereby reducing dust dispersion and the generation of industrial waste, leading to an improved work environment. Compared to tasks that use blasting or chemicals, it can be used in various locations, and it generates less secondary waste compared to methods that use sandpaper, making it environmentally friendly and shortening the process. Additionally, it achieves a clean finish without damaging the base material, is easy to operate, and its high performance significantly reduces the burden on field workers. [Features] - Cleans without damaging the base material, using a non-contact method - No chemical cleaning agents used, no dust generation - Usable outdoors in various locations - Intuitive operation, easy to work with one hand - Very simple to operate, etc. *For more details, please download the PDF or feel free to contact us.

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