Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
271～300 item / All 326 items
It is a CW laser with a wavelength of 589 nm.
Manufacturer: CNI Laser (China) This is a yellow laser with a wavelength of 589nm. It is air-cooled and has a maximum average power of 4500mW.
It is a CW laser with a wavelength of 618 nm.
Manufacturer: CNI Laser (China) This is a red laser with a wavelength of 618nm. It is air-cooled and has an average power of up to 20mW.
It is a CW laser with a wavelength of 627 nm.
Manufacturer: CNI Laser (China) This is a red laser with a wavelength of 627nm. It is air-cooled and has a maximum average power of 200mW.
It is a CW laser with a wavelength of 631 nm.
Manufacturer: CNI Laser (China) This is a red laser with a wavelength of 631nm. It is air-cooled and has a maximum average power of 1000mW.
It is a CW laser with a wavelength of 639 nm.
Manufacturer: CNI Laser (China) This is a red laser with a wavelength of 639nm. It is air-cooled and has a maximum average power of 3500mW.
Achieving improved precision in microfabrication and enhanced work efficiency! Surface modification with non-contact laser!
In the microfabrication process of semiconductor manufacturing, the removal of dirt and oxides from component surfaces is a critical issue. Conventional cleaning methods raise concerns about damage from polishing and chemicals, as well as environmental impact. The Laser Cleaner FL-LC series addresses these challenges with non-contact cleaning using a high-power laser beam. 【Application Scenarios】 - Microfabrication process in semiconductor manufacturing - Removal of dirt and oxides from component surfaces - Polishing of fine irregularities - Surface treatment before adhesion - Surface modification of substrates and devices - Surface hardening treatment - Adjustment of surface roughness - Pattern formation 【Benefits of Implementation】 - Achieves faster and higher quality surface treatment compared to conventional cleaning methods - Minimizes damage to components, contributing to improved product quality - Reduces environmental impact - Cost reduction through improved work efficiency
Not just removing dirt! Surface modification with lasers dramatically improves the efficiency of solar power generation!
Solar power generation panels and equipment accumulate dirt and rust over time, leading to a decrease in power generation efficiency. Traditional cleaning methods require significant time, effort, and cost, and the working environment is often harsh. The FL-LC series is a laser cleaner that not only efficiently removes dirt with high-output lasers but also enables surface modification. 【Application Scenes】 - Removal of dirt from solar panels: bird droppings, dust, pollen, oil stains, etc. - Surface modification of solar panels: improvement of power generation efficiency - Rust removal from frames and wiring: corrosion prevention, enhanced durability - Equipment maintenance: cleaning, surface treatment 【Benefits of Implementation】 - Improved power generation efficiency: By removing dirt and rust, power generation efficiency increases, contributing to revenue growth. - Reduced maintenance time: Compared to traditional cleaning methods, tasks can be completed in a shorter time. - Improved working environment: By not using chemicals or high-pressure washing, a safe and clean working environment is achieved. - Long-term cost reduction: Reducing maintenance frequency lowers running costs.
Quickly remove rust and dirt with a laser! Streamline the cleaning of precision machinery!
In the manufacturing field of precision machinery, a significant amount of time and effort is spent on cleaning parts and equipment. Traditional cleaning methods, such as polishing and chemical cleaning, not only take time and effort but also raise concerns about damage to the base material and environmental impact. This is where the Laser Cleaner FL-LC series comes into play. Non-contact cleaning with a laser beam allows for efficient cleaning in a shorter time compared to traditional methods, while minimizing damage to the base material. 【Usage Scenarios】 - Cleaning of precision machinery parts and equipment - Removal of rust and dirt - Surface modification - Pre-treatment for coating - Surface treatment before adhesion and welding - Surface treatment before welding - Corrosion prevention - Quality improvement - Increased work efficiency - Reduction of personnel 【Effects of Implementation】 - Significantly reduces cleaning time and improves work efficiency. - Minimizes damage to the base material, contributing to improved product quality. - Reduces environmental impact and achieves sustainability. - Achieves cost reduction through personnel reduction.
Non-contact and speedy! Remove plastic stains with laser!
Are you struggling with dirt on plastic products? Traditional cleaning methods have various challenges, such as the risk of scratches and deformation, environmental impact, and time and cost issues. The Laser Cleaner FL-LC series achieves non-contact cleaning with high-output lasers. It enables speedy cleaning without causing damage while minimizing environmental impact. 【Usage Scenarios】 - Manufacturing sites for plastic products: Removal of contaminants from molds, deburring, surface treatment - Maintenance of plastic products: Removal of oil stains, scratches from abrasives, rust - Recycling of plastic products: Cleaning before reuse, surface modification - Research and development of plastic products: Verification of property changes through surface treatment 【Benefits of Implementation】 - Improved product quality: Prevents scratches and deformation, enhancing product quality - Increased productivity: Boosts productivity by reducing work time - Cost reduction: Decreases the amount of cleaning agents and abrasives used - Reduced environmental impact: Lowers environmental impact by reducing waste and the amount of cleaning agents used
Quickly remove rust and dirt! Achieve efficiency in metal processing with laser technology!
In the field of metal processing, a significant amount of time and effort is spent on removing rust and dirt. Traditional methods such as polishing, chemical cleaning, and blast cleaning take a long time and have a large environmental impact, which is a challenge. The Laser Cleaner FL-LC series achieves non-contact cleaning with high-output lasers. Compared to conventional methods, it can efficiently remove dirt in a shorter time. 【Application Scenarios】 - Rust removal from metal parts - Dirt removal from machinery - Surface modification - Pre-treatment before painting - Surface treatment before welding - Corrosion prevention - Various metal processing sites - Automobile manufacturing - Machining - Medical device manufacturing - Aircraft manufacturing 【Benefits of Implementation】 - Reduced working time - Lower labor costs - Decreased environmental impact - Improved quality - Enhanced work efficiency - Increased safety
For hull repairs. Laser cleaning that minimizes damage to the base material.
In the shipbuilding industry, efficient removal of rust and paint with minimal impact on the base material is essential for hull repairs. Particularly in extensive work on the hull, it is crucial to ensure the removal of dirt without damaging the base material to maintain the durability of the hull. Our laser cleaner, the "CLP Series," can remove rust, paint, and welding burn marks non-contact, thereby supporting efficient hull repair work while minimizing damage to the base material. 【Usage Scenarios】 - Rust removal from the hull - Stripping of old paint - Removal of burn marks from welding - Removal of contaminants 【Benefits of Implementation】 - Reduced damage to the base material - Improved work efficiency - Reduced environmental impact (no chemicals or abrasives used)
Efficient mold cleaning with a laser that is less likely to damage the base material.
In the metal processing industry, particularly in mold cleaning, it is essential to effectively and safely remove adhered dirt and foreign substances to maintain the performance of precision parts. Traditional cleaning methods can potentially cause damage to the base material and result in residue from chemicals and abrasives. Our laser cleaner, the "CLP series," addresses these challenges by achieving dry cleaning that minimizes damage to the base material through a non-contact method, contributing to improved efficiency and quality in mold cleaning. 【Usage Scenarios】 - Removal of resin debris and oil stains adhered to molds - Cleaning of complex shapes and narrow areas - Reduction of downtime in production lines 【Benefits of Implementation】 - Reduces damage to the base material, contributing to the longevity of molds - Lowers environmental impact and improves the working environment by not using chemicals or abrasives - Safe for use even on precision molds due to non-contact cleaning
Non-contact removal of substrate dirt with a laser that is less likely to damage the base material.
In the electronics manufacturing industry, it is essential to remove fine dirt while minimizing damage to the substrate during the precise cleaning of circuit boards. Particularly for boards with delicate electronic components, traditional cleaning methods using chemicals or abrasives raise concerns about the risk of component damage and residue generation. Our laser cleaner, the "CLP Series," can remove rust, paint, burn marks, and oil films non-contact, making it less likely to damage the substrate and allowing for dry cleaning. This enables high-precision circuit board cleaning and contributes to improved product reliability. 【Usage Scenarios】 - Removal of foreign substances on electronic circuit boards - Cleaning around precision components - Regular maintenance on manufacturing lines 【Benefits of Implementation】 - Reduced damage to the substrate - Lower environmental impact due to the absence of chemicals and abrasives - Improved product quality through high-precision cleaning
Efficient cleaning of reactors with a laser that minimizes damage to the base material.
In the cleaning of reactors in chemical plants, it is essential to achieve both the removal of deposits and the protection of the base material. In particular, scales and oil films adhered to the complex shapes and narrow areas inside the reactor can not only require significant time and effort to clean using conventional methods but also pose a risk of damaging the base material. In response to these challenges, our laser cleaner "CLP Series" effectively removes rust, paint, burn marks, and oil films non-contact, thereby streamlining the cleaning process of reactors. 【Usage Scenarios】 - Removal of scale inside the reactor - Removal of adhered oil films - Dirt removal during equipment maintenance 【Benefits of Implementation】 - Reduction of cleaning time - Minimization of damage to the base material - Reduction of environmental impact by not using chemicals or abrasives
For cleaning narrow areas of automotive parts. A compact and lightweight laser cleaner that is easy to carry.
In the automotive industry, there is a demand for technology that can remove dirt without damaging the base material during the cleaning of precision parts. In particular, components with complex shapes or oil stains and rust adhered to narrow areas require significant time and effort with conventional cleaning methods, raising concerns about damage to the base material. Our compact and lightweight laser cleaner, the "CLM Series," addresses these challenges non-contact, achieving efficient and safe parts cleaning. 【Application Scenarios】 - Removal of rust, burn marks, and oil stains from automotive parts - Partial cleaning on manufacturing lines - Dirt removal during maintenance work 【Benefits of Implementation】 - Reduced damage to the base material during cleaning - A clean process that does not use chemicals or blasting - Improved workability in hard-to-reach areas such as narrow spaces and high locations
For precision inspection in the aerospace field. A laser cleaner that is small, lightweight, and easy to use in confined spaces.
In the field of aerospace precision inspection, the removal of fine dirt and foreign substances is directly linked to the reliability of the products. Particularly in the inspection of parts made from delicate materials or with complex structures, technology that can accurately remove dirt without contact and without damaging the base material is required. Traditional cleaning methods have faced challenges in accessing difficult areas and concerns about damage to the base material. Our compact and lightweight laser cleaner, the "CLM Series," addresses these issues and supports precise inspection tasks. 【Application Scenarios】 - Precision cleaning of aircraft parts - Pre-treatment for inspection of satellite and rocket components - Removal of foreign substances from delicate material surfaces - Partial dirt removal in confined or elevated areas 【Benefits of Implementation】 - Cleaning that minimizes damage to the base material - Precise dirt removal through non-contact methods - Improved work efficiency in confined and elevated areas - A clean process that does not use chemicals or blasting
Ideal for precision machining! A compact and lightweight laser cleaner that makes work in tight spaces easy.
In the electronic components industry, precision cleaning and damage reduction to the base material are essential in microfabrication. Particularly in the manufacturing process of delicate electronic components, it is crucial to non-contact remove fine dirt and residues to maintain product quality. Traditional cleaning methods can potentially damage the base material or lead to issues with chemical residues. Our compact and lightweight laser cleaner, the "CLM Series," enables non-contact cleaning, achieving precise dirt removal while minimizing damage to the base material. 【Application Scenarios】 - Partial cleaning on electronic component manufacturing lines - Surface treatment of delicate substrates - Removal of fine foreign substances - Maintenance of precision equipment 【Benefits of Implementation】 - Reduces damage to the base material and improves product quality - A clean process that does not use chemicals or blasting - Improved work efficiency in hard-to-reach areas such as narrow spaces and high locations - Contributes to the longevity of equipment
[For Semiconductors] Compact and lightweight, easy to carry! The ideal laser cleaner for wafer cleaning.
In the semiconductor industry, precise cleaning that removes fine contaminants without damaging the substrate is essential for wafer cleaning. In particular, tiny scratches and contamination on the wafer surface directly affect product yield and performance, making high cleanliness levels indispensable. Traditional cleaning methods can pose risks of physical stress on the wafer and issues with residues. Our compact and lightweight laser cleaner, the "CLM Series," achieves non-contact and precise cleaning, contributing to the maintenance of wafer cleanliness. 【Usage Scenarios】 - Removal of fine foreign substances from the wafer surface - Removal of localized contaminants during the manufacturing process - Precision cleaning of delicate materials 【Benefits of Implementation】 - Reduces damage to the substrate and maintains wafer quality - Enables precise cleaning through non-contact methods - Minimal environmental impact as it does not use chemicals or blasting techniques
Efficiently remove foreign substances attached to the mold with a compact and lightweight laser cleaner.
In the mold industry, it is important to prevent and remove foreign substances to maintain precise machining accuracy. The adhesion of foreign substances can lead to a decline in product quality and damage to the mold. Our compact and lightweight laser cleaner, the "CLM Series," can be easily maneuvered even in narrow areas and complex mold shapes, and it removes foreign substances non-contact, thereby reducing the risk of damaging the mold. [Usage Scenarios] - Removal of foreign substances adhered to molds - Cleaning of precision parts - Maintenance work [Benefits of Implementation] - Extended lifespan of molds - Improved product quality - Enhanced work efficiency
For surface restoration of cultural properties. A compact, lightweight, and easy-to-handle laser cleaner.
In the surface restoration of cultural properties, techniques that minimize the impact on the materials while accurately removing attached dirt and deteriorated areas are required. Particularly in the restoration of cultural properties made from delicate materials or with complex shapes, non-contact cleaning that selectively removes only dirt without damaging the base material becomes crucial. Our compact and lightweight laser cleaner, the "CLM Series," addresses these challenges in the surface restoration of cultural properties. 【Usage Scenarios】 - Removal of dirt attached to the surface of cultural properties - Precise removal of deteriorated areas - Cleaning of narrow spaces and details 【Benefits of Implementation】 - Reduces damage to the base material and enhances the preservation of cultural properties - Minimal environmental impact as it does not use chemicals or abrasives - Reduces the burden on operators as it allows for non-contact work
Ideal for cleaning printed materials! A compact and lightweight laser cleaner that makes working in tight spaces easy.
In the printing industry, it is essential to remove ink and dirt from plates without damaging the material of the plates. Particularly, to maintain precise printing quality, a non-contact cleaning method that does not harm the substrate is crucial. Additionally, in situations where workspace is limited or frequent movement is necessary, lightweight and easy-to-handle equipment is required. Our compact and lightweight laser cleaner, the "CLM Series," addresses these challenges and enables efficient and high-quality plate cleaning. 【Usage Scenarios】 - Ink removal from printing plates - Removal of dirt and contaminants from plates - Work in tight spaces 【Benefits of Implementation】 - Extended lifespan of plates - Reduced cleaning time - Improved work efficiency
For hygiene management in food processing environments. Easy cleaning in tight spaces, compact and lightweight laser cleaner.
In the food processing industry, thorough hygiene management is required to ensure product safety. In particular, the details of manufacturing lines and equipment are prone to the accumulation of oil stains and residues, which can lead to hygiene issues. Traditional methods may make it difficult to clean narrow spaces and complex shapes. Our compact and lightweight laser cleaner, the "CLM Series," addresses these challenges and supports efficient and effective hygiene management. 【Usage Scenarios】 - Removal of oil stains from the details and gaps of manufacturing lines - Removal of residues from conveyors and transport equipment - Partial cleaning of cooking utensils and processing equipment - Regular maintenance of hygiene areas 【Benefits of Implementation】 - Non-contact cleaning minimizes damage to the base material - Dry process that does not require chemicals or blasting materials - Easily maneuverable in tight spaces and high areas - Improved work efficiency and reduced cleaning time
Efficiently cleaning the robot's sensors with a compact and lightweight laser cleaner.
In robot sensor cleaning, it is essential to ensure reliable dirt removal while minimizing the impact on precision equipment. In particular, fine dirt on the sensor surface can affect the robot's recognition accuracy and operation, making regular maintenance important. Our compact and lightweight laser cleaner, the "CLM Series," is suitable for robot sensor cleaning as it can remove rust, burns, oil stains, and more while reducing damage to the base material through non-contact cleaning. 【Usage Scenarios】 - Cleaning of camera lenses mounted on robotic arms - Removal of dirt from the sensor surfaces of automated transport robots - Maintenance of sensor components in precision work robots 【Benefits of Implementation】 - Maintenance and improvement of the robot's recognition accuracy - Increased efficiency of maintenance tasks - Reduced risk of damage to precision equipment
For thick film coating and old paint stripping. High-power laser cleaner of 1500W/3000W.
In the automotive manufacturing industry, reliable removal of old coatings is essential for maintaining quality and efficient production. Particularly when dealing with parts that have complex shapes or when it is important to avoid damaging the base material, traditional chemicals and blasting methods can present challenges. Efficiently removing coatings without harming the base material directly impacts the quality of subsequent processes and influences the overall reliability of the product. Our high-power laser cleaner, the "H･P Laser Series," addresses these challenges, achieving effective removal of old coatings while minimizing damage to the target object. 【Application Scenarios】 - Removal of old coatings from automotive bodies - Surface preparation before repainting parts - Tasks aimed at reducing line downtime - Tasks aimed at reducing environmental impact 【Benefits of Implementation】 - Improved quality through reduced damage to the base material - Increased productivity due to faster work speed - Reduced environmental impact by eliminating the use of chemicals and blasting materials - Enhanced safety through non-contact cleaning
Anti-corrosion for hulls! A laser cleaner specialized in thick film coatings and heavy-duty anti-corrosion coating removal.
In the shipbuilding industry, there is a demand for the efficient and safe removal of existing coatings for the long-term rust prevention and maintenance of hulls. In particular, thick coatings and heavy-duty anti-corrosion coatings are labor-intensive to strip, and there are many concerns about potential damage to the base material. Chemical and blasting methods can also pose challenges regarding environmental considerations and ensuring the safety of workers. Our high-power laser cleaner, the "H･P Laser Series," provides a solution to these challenges by efficiently removing thick coatings and extensive rust while minimizing damage to the target object through a non-contact approach. 【Usage Scenarios】 - Stripping thick coatings from hulls, decks, tanks, etc. - Extensive rust removal - Heavy cleaning of existing coatings 【Benefits of Implementation】 - Safe coating removal that reduces damage to the base material - A clean working environment without the use of chemicals or blasting - Shortened construction time due to improved work speed
![[Infrastructure/Bridges] High-Power Laser Cleaner "H·P Laser"](https://image.mono.ipros.com/public/product/image/2081924/IPROS16840951022591503588.png?w=280&h=280)
For thick film coating and thick rust removal. High-power laser cleaner of 1500W/3000W.
In the infrastructure and bridge industry, the removal of existing coatings and rust is crucial for the longevity of structures. Particularly in the removal of thick coatings and heavy-duty anti-corrosion coatings, as well as extensive rust removal, efficient methods that do not damage the base material are required. Traditional chemical and blasting methods may raise concerns about damage to the target object and environmental impact. Our high-output laser cleaner, the "H･P Laser Series," removes thick coatings and extensive rust non-contact, enhancing work efficiency while minimizing damage to the base material. 【Application Scenarios】 - Rust removal from steel structures of bridges - Stripping old coatings from infrastructure facilities - Heavy cleaning of large steel structures 【Benefits of Implementation】 - Reduced damage to the base material - Improved work speed - Dry process that does not require chemicals or blasting materials
![[Wind Power Generation Repair] High-Power Laser Cleaner "H･P Laser"](https://image.mono.ipros.com/public/product/image/2081924/IPROS11635794128398324992.png?w=280&h=280)
For thick film coating and thick rust removal. High-power laser cleaner of 1500W/3000W.
In the repair of wind power generation blades, the removal of degraded paint films and surface pre-treatment are crucial. In particular, efficient and non-damaging methods are required for the peeling of extensive paint films and the cleaning of blade surfaces with complex shapes. Our high-output laser cleaner, the "H･P Laser series," is specialized in the removal of thick coatings and heavy anti-corrosion paint, enabling efficient work while minimizing damage to the delicate materials of the blade surface. 【Usage Scenarios】 - Peeling of paint films on wind power generation blades - Extensive rust removal - Heavy cleaning of large equipment and steel structures 【Benefits of Implementation】 - Increased work speed - Reduced damage to the base material - Reduced environmental impact by not using chemicals or blasting
![[Energy Industry] High-Power Laser Cleaner "H·P Laser"](https://image.mono.ipros.com/public/product/image/2081924/IPROS10063375791186044982.png?w=280&h=280)
For thick film coating and thick rust removal. High-power laser cleaner of 1500W/3000W.
In the energy industry, particularly in pipeline cleaning, efficient and reliable work is required to address issues such as the peeling of thick coatings and heavy anti-corrosion coatings due to long-term use, as well as extensive rust removal. Traditional chemicals and blasting methods can pose challenges such as damage to the target objects, environmental impact, and lengthy work times. Our high-power laser cleaner, the "H･P Laser Series," was developed to address these challenges. 【Usage Scenarios】 - Removal of thick coatings inside and outside pipelines - Extensive rust removal - Heavy cleaning of large equipment and steel structures 【Benefits of Implementation】 - Improved work speed - Reduced damage to the base material - Decreased environmental impact by eliminating the use of chemicals and blasting materials
High-power laser cleaner for thick film coating and heavy cleaning! 1500W/3000W
In the cleaning of large structures in heavy industry, work efficiency and damage reduction to the base material are essential. Particularly in heavy cleaning tasks such as thick coating removal and extensive rust removal, prompt and reliable processing is crucial. Conventional chemicals and blasting methods can pose challenges related to damage to the target object and the burden of post-processing. Our high-power laser cleaner, the "H･P Laser Series," offers a non-contact and efficient cleaning solution to address these issues. 【Usage Scenarios】 - Paint stripping of large equipment and steel structures - Extensive rust removal - Removal of heavy anti-corrosion coatings 【Benefits of Implementation】 - Increased work speed - Reduced damage to the base material - Dry process that eliminates the need for chemicals and blasting
For the removal of thick coatings on railway vehicles. High-power laser cleaner of 1500W/3000W.
In the maintenance of railway vehicles, efficient paint stripping that minimizes damage to the object is required. In particular, the removal of thick coatings and heavy anti-corrosion coatings significantly impacts work time and costs. Traditional chemicals and blasting methods can pose challenges due to potential damage to the base material and the burden of post-processing. Our high-output laser cleaner, the "H･P Laser Series," efficiently strips thick coatings non-contact, reducing damage to the base material. It is suitable for maintenance sites of railway vehicles where work speed is essential. 【Usage Scenarios】 - Paint stripping during regular inspections of railway vehicles - Maintenance of aging vehicles - Extensive rust removal 【Benefits of Implementation】 - Reduction of work time - Decreased damage to the base material - A clean working environment without the need for chemicals or blasting materials
