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Details Product Parameters Samples Video
Laser cleaning technology uses high-energy laser beams to transfer laser energy to the surface to be cleaned in a focused manner, instantly evaporating or breaking the pollutants, rust or coatings attached to the surface, thereby achieving a cleaning effect. The core principle is that the pulse energy of the laser can act on the surface material at a very high speed and intensity to achieve the purpose of removing dirt.
With the continuous advancement of industrial automation and intelligent manufacturing, the market demand for equipment maintenance, surface treatment and process improvement is increasing. Although traditional cleaning methods, such as chemical cleaning and mechanical cleaning, can meet the needs to a certain extent, they are often accompanied by high costs, environmental pollution and damage to materials. Therefore, the emergence of portable pulse laser cleaning machines is an innovative solution to this challenge.
Portable pulse laser cleaning machines combine the advantages of laser cleaning technology, with the characteristics of easy mobility and flexible operation, and are suitable for multiple scenarios. In many industries, such as automobiles, aerospace, construction, and cultural relics protection, the demand for portable laser cleaning equipment is steadily increasing. This type of equipment can not only improve cleaning efficiency and reduce labor costs, but also effectively handle cleaning tasks in complex environments, meeting the strict requirements of modern industry for cleaning technology.
The portability of this equipment enables operators to perform cleaning at different locations without the need for expensive fixed cleaning facilities, further improving production and maintenance flexibility. As technology continues to mature, portable pulse laser cleaning machines are bound to become one of the mainstream choices in the cleaning industry in the future.
The working principle of pulsed laser cleaning mainly depends on the characteristics of the interaction between laser and material, which can be divided into the following stages:
1. Principle of laser action
Pulsed laser cleaning uses a high-energy laser beam to focus the laser energy on the surface of the material to be cleaned, forming a high-intensity, short-duration laser pulse. After the laser energy is absorbed by the surface of the material, it will cause its local temperature to rise rapidly, thereby triggering a series of physical and chemical reactions.
2. Evaporation and explosion of pollutants
When the laser pulse is irradiated on pollutants (such as oil, rust, coating, etc.), the laser energy will be absorbed by these substances, causing them to heat up rapidly. The key to this process is:
Evaporation: Most pollutants will evaporate or sublimate rapidly under the action of laser energy and turn into gas.
Explosion: For some stubborn pollutants, the laser pulse will generate instantaneous high temperature and high pressure, causing the material to expand violently, and then explode, forming tiny particles that are dispersed.
3. Cooling and gas dust removal
After the laser pulse ends, the solid residues that have not been removed will become fragile due to rapid cooling after laser heating. These particles can be effectively removed by airflow or mechanical means to avoid further damage to the surface material.
4. Protection of materials during cleaning
Since laser cleaning is based on a non-contact method, the laser beam only selectively processes the surface and causes almost no direct damage to the substrate. This selective cleaning greatly reduces the wear on the material, making the surface treatment of fragile materials safe and effective.
5. Parameter adjustment
The effect of pulse laser cleaning is affected by multiple factors, including laser wavelength, pulse width, focus energy density and cleaning speed. These parameters can be adjusted according to specific cleaning needs to achieve the best cleaning effect.
6. Application equipment
The portable pulse laser cleaning machine is equipped with a laser head, cooling system and control system to facilitate real-time adjustment and monitoring by the operator to ensure a safe and efficient cleaning process.
In summary, the working principle of pulse laser cleaning relies on the precise interaction between the laser and the material being cleaned, and uses the high temperature and high pressure effects caused by the laser pulse to effectively remove various surface contaminants while maintaining the integrity of the cleaned material. This makes pulse laser cleaning technology an efficient and environmentally friendly cleaning solution in many industries.
● Ultra-portable, A4 paper size, external lithium battery power supply, high mobility.
● Exclusive mini laser head weighs only 700g, flexible and convenient, long-lasting use.
● The safety indicator and chassis handle are designed as a single unit, which ensures high-quality safety protection measures and more convenient use at the same time.
● Stable system, easy to operate, long service life, cost-effective.
● According to the cleaning needs of different workpieces and requirements, six cleaning modes are provided.
● Pulse cleaning grade up to SA2.5.
● Suitable for urban graffiti cleaning, welding channel cleaning, high-altitude work or precision workshop that can not be connected to electricity and other work scenes.
Exclusive mini laser cleaning head
● Cigarette case size, long time handheld without getting tired, stable to withstand 300W without getting hot.
● Precise positioning and cleaning, weight only 0.7KG, easy to hand it.
● Non-contact material when cleaning that can protect the material.
● Effectively remove micron-sized particles.
● Environment friendly, no consumables.
Multiple core functions
Integrated handle and work light: realizes the integration of functions, makes it more convenient to work, and can monitor the status of the equipment at any time.
Self-developed chassis
Aluminum alloy material: strong durability, increasing the life of the device.
Rounded design: humanized design improves the user's grip experience.
Unique backpack design
Portable: Designed with a backpack buckle, it is convenient for users on the move, freeing their hands to improve overall efficiency.
Touch screen display
Intelligent operation: no need for a computer, setup and operation directly on the device, improving the ease of use.
Air cooling system
Strong heat dissipation: Equipped with large-displacement air outlets, effectively reduces the temperature of the device, prolongs its service life and ensures stability.
Portable pulsed laser cleaners offer several significant advantages that make them a popular choice in modern cleaning technology. The following are its main advantages:
1. Highly portable
Lightweight design: Portable laser cleaners are usually designed to be lightweight and compact, making it easy for users to carry them around easily in different situations or work environments.
Highly adaptable: Can be used in a variety of environments, including small or difficult to reach places, suitable for on-site cleaning.
2. Non-contact cleaning
Surface protection: The laser cleaning process does not touch the cleaned material, avoiding physical damage and effectively protecting fragile or delicate surfaces.
Selective cleaning: able to accurately remove specific dirt and contaminants without damaging the substrate.
3. Efficient cleaning capability
Rapid removal of contaminants: the pulsed laser not only removes oil, rust and coatings, but also effectively deals with micron-sized particles.
4. Environmentally friendly features
No chemical cleaners: no need to use chemical cleaners in the cleaning process, reducing the risk of environmental pollution and health.
No consumables: no need to replace cleaning materials, reducing cleaning costs and improving economy.
5. Easy to operate
User-friendly: Touch screen control panel for easy operation and setup.
Quick Response: The laser cleaner can start working in a short time, saving cleaning time.
6. Versatility
Suitable for a variety of applications: It can be used for surface cleaning in many fields such as aerospace, automotive manufacturing, electronic equipment, industrial equipment, etc.
Flexible adjustment: laser parameters (such as power, frequency, etc.) can be adjusted according to different cleaning needs, in order to achieve the best cleaning effect.
7. Significantly improve work efficiency
Reduced cleaning time: Compared with traditional cleaning methods, laser cleaning can significantly improve the cleaning efficiency and reduce the time of manual work.
Less post-processing: Laser cleaning leaves little residue, reducing the complexity of subsequent processing.
8. Stability and safety
Stable operation: Modern portable pulsed laser cleaners are usually equipped with efficient heat dissipation and protection systems to ensure stable operation for a long time.
Safe operation: Although lasers are used, they are equipped with the necessary safety precautions and can be operated in a safe environment.
Portable pulsed laser cleaners have obvious advantages in a number of aspects such as mobility, high efficiency, environmental friendliness and user-friendliness, which make them more and more favored in a variety of industrial and daily cleaning applications, and are gradually replacing traditional cleaning methods. Click here to contact Suntop Laser today for more details.
Suntop pulse high precision cleaning machine, six cleaning modes can be selected, greater reduction of damage to the surface of the material, real high precision, high quality laser cleaning machine.
- Line
- Spirals
- Round
- Rectangular
- Round fill
- Rectangular fill
You can switch between these modes by clicking the "Scan Mode" option on the interface.
Model | ST-PLC50H | ST-PLC100H |
Max. Laser power (W) | 50 | 100 |
Laser type | Nanosecond type pulse fiber laser | |
Laser wavelength (nm) | 1064nm | |
Cleaning grade | SA2.5 | |
Cleaning adjustable range | 0-200*200mm | 0-300*300mm |
Power adjustment range (%) | 10-100 | |
Cooling method | Advanced built-in air cooling | |
Laser pulse frequency (kHz) | 45-170 | 20-200 |
Pulse length (ns) | 100 | 170 |
Maximum single pulse energy (mJ) | 1.1 | 1.6 |
Conductive fiber length (M) | 3 | |
Number of cleaning mode | 6 (flexible selection according to different cleaning requirements) | |
Machine size (MM) | 280*220*122 | 280*380*150 |
Machine weight (KG) | 8.5 | 11.5 |
Power consumption (whole machine) | 350W | 550W |
Widely used for rapid rust removal and oxide removal on metal surfaces; removal of grease, resin, glue, dust, stains, production residues; roughening of metal surfaces; rust removal and degreasing before welding, as well as oxide and stain cleaning after welding, etc.
Pulsed laser cleaning technology has been widely used in many fields due to its unique cleaning principle and superior performance.
Manufacturing
Mechanical parts: In the process of mechanical manufacturing, laser rust removal is used to remove oxides and rust during processing to ensure the quality and performance of parts.
Tools and molds: Laser rust removal can improve the working efficiency of tools and molds, extend their service life, and reduce losses caused by corrosion.
Ship and marine engineering
Hull maintenance: Ships need to be regularly rusted and anti-corrosion treated. Laser rust removal can effectively remove rust caused by seawater and air, and reduce subsequent painting costs.
Offshore platform: On equipment such as offshore oil and gas platforms, laser rust removal technology can treat corroded metal surfaces to ensure the stability and safety of the structure.
Buildings and infrastructure
Bridges and roads: Laser rust removal technology can be used on bridges and other infrastructure to remove rust and dirt and improve the durability of the structure.
Steel structure buildings: Used for the maintenance and repair of large steel structure buildings to maintain the beauty of steel and extend its service life.
Automotive industry
Auto repair: During the maintenance and repair of automobiles, laser rust removal can effectively remove rust from the chassis and body, improving the safety and appearance of the vehicle.
Auto parts production: In the production of auto parts, laser rust removal helps to improve the quality of parts and reduce the need for subsequent surface treatment.
Aerospace
Aircraft maintenance: During the maintenance and repair of aircraft, laser rust removal can effectively protect metal parts from rust, ensuring their safety and performance.
Engine parts: Used to remove rust on engine parts and improve the efficiency of parts such as valves, pumps and turbines.
Energy industry
Nuclear power plants and thermal power plants: Laser rust removal is used to clean rust on the surface of equipment, ensure the safe operation of equipment, and reduce maintenance costs.
Renewable energy equipment: For example, the metal surface of wind turbines needs regular maintenance to prevent rust from affecting their operating efficiency and safety.
Military industry and defense
Weaponry maintenance: Laser rust removal technology can be used to remove rust on weapons and military vehicles to improve their reliability and combat capability.
Home and consumer electronics
Home Appliance Repair: In the maintenance of some home appliances, laser rust removal can be used to deal with the rust problem of internal metal parts to extend the service life of the equipment.
Public facilities
Water Supply Pipes and Storage Tanks: Laser rust removal can be used to clean the rust of pipes in the water supply system to ensure water quality safety.
Power Facilities: Used for the maintenance of power equipment to avoid the impact of rust on electrical performance.
Pulsed laser cleaning is widely used in many industries due to its high efficiency, environmental friendliness and precision. Its fast and non-destructive properties make it an ideal choice for modern cleaning technology. Click here to contact Suntop Laser today for a free laser cleaning test.
Laser cleaning has some significant advantages and disadvantages over traditional cleaning methods. The following is a comparison:
Project | Laser cleaning | Chemical cleaning | Mechanical cleaning | Ultrasonic cleaning |
Cleaning method | Non-contact (laser) | Contact (chemical cleaner) | Contact (mechanical) | Contact (cleaner) |
Workpiece damage | No damage | Damaged | Damaged | Damaged |
Cleaning efficiency | High | Low | Low | Middle |
cleaning effect | High cleanliness | Uneven | Uneven | High cleanliness (small range) |
Cleaning accuracy | High precision (accurate and controllable) | Poor accuracy (uncontrollable) | Average accuracy (uncontrollable) | Unable to specify range cleaning |
Environmental friendly | Pollution-free | Polluted | Polluted | Polluted |
Cost input | High initial investment (no consumables, maintenance) | Low initial investment (very high cost of consumables) | High initial investment (high labor cost of consumables) | Low initial investment (moderate cost of consumables) |
Laser cleaning has demonstrated high efficiency and environmental characteristics in many applications where fine cleaning and high quality surface preparation are required. Conventional cleaning methods, on the other hand, still offer some advantages for simple cleaning tasks, especially in terms of cost and maneuverability considerations. Choosing the right cleaning method needs to be weighed against the specific application requirements, material type and expected results. Click here to contact Suntop Laser today to learn more about laser cleaning.
When choosing a portable pulsed laser cleaner, there are several factors to consider to ensure that the equipment you purchase will meet your specific needs.
1. Cleaning Needs
Application Scenario: Begin by identifying the application environment where the cleaning will take place, such as the industry, the type of material (metal, plastic, coating, etc.), and the object to be cleaned (e.g., machine parts, tools, buildings, etc.).
Dirt type: Consider the type of dirt to be removed, such as rust, oil, coatings, welding residues, etc., to determine the light source wavelength and power requirements.
2. Laser parameters
Wavelength: Different wavelengths of laser light have different absorptive properties on materials, and choosing the right wavelength of laser light can improve the cleaning efficiency and effect.
Power: The power size directly affects the cleaning efficiency. Generally speaking, the higher the power, the faster the cleaning speed, but also take into account the tolerance of the material to avoid damage to the substrate.
Pulse width and frequency: appropriate pulse width and frequency can better control the thermal impact and cleaning effect.
3. Equipment design and portability
Weight and size: Choose lightweight and compact equipment for easy transportation and operation. Handheld or vehicle-mounted designs can be considered.
Ease of use: The interface of the equipment should be simple and easy to understand, preferably with automated settings to reduce operational complexity.
4. Safety
Safety Protection: Ensure that the equipment has good safety protection measures, such as anti-laser shield, automatic stopping system, etc., to protect the safety of the operator.
Compliance: Check whether the laser equipment complies with local laws and regulations and safety standards (e.g. CE, FDA, etc.).
5. Maintenance and service
After-sales service: Choose the manufacturer that provides good after-sales service and technical support to ensure that the equipment can be solved in time when it encounters problems in the course of use.
Maintenance capability: Understand the maintenance and repair requirements of the equipment to ensure that the internal parts are easy to replace and maintain.
6. Cost-effectiveness
Budget: Define the budget for purchasing the machine and compare the prices of different brands and models.
Total Cost of Ownership: In addition to the purchase cost, consider the long-term costs of consumables, maintenance and energy consumption during the use of the equipment.
7. User Evaluation and Cases
User feedback: Refer to other users' experience and evaluation to understand the actual performance and reliability of the equipment.
Case study: Check the successful cases where the equipment is used in specific industries or applications to verify its applicability.
With these considerations, you can be more targeted in choosing the right portable pulsed laser cleaner to meet your specific needs and application scenarios. Click here to contact Suntop Laser today to recommend the right laser cleaner for you.
Choosing Suntop Laser as a supplier or brand of laser cleaning machines can be based on the following features and advantages:
Advanced technology
Suntop Laser usually adopts advanced laser technology, relying on years of R&D experience to provide efficient and stable laser cleaning solutions to meet the needs of various industries.
Product diversification
Suntop Laser provides laser cleaning machines of various models and specifications, and can provide corresponding equipment selection for different application scenarios (such as metal cleaning, coating removal, rust removal, etc.) to meet the special needs of different customers.
High cleaning efficiency
Suntop's laser cleaning technology has high cleaning speed and efficiency, which reduces customers' working time, improves productivity, and enables customers to complete cleaning tasks faster.
Environmental protection and safety
Laser cleaning is an environmentally friendly cleaning method. Suntop Laser's equipment is designed with environmental protection in mind, and also has necessary safety protection measures to ensure the safety of operators.
Reliable after-sales service
Choosing Suntop Laser's products, customers can usually enjoy good after-sales service, including technical support, maintenance, warranty, etc., to ensure that problems encountered during the use of the equipment can be solved in time.
Excellent cost performance
Suntop Laser's products generally have a high cost performance in the market, providing reasonable prices and high-quality technical support, so that customers can obtain high-quality equipment at a relatively low cost.
Choosing Suntop Laser is not only choosing a laser cleaning machine, but also choosing a partner that can provide efficient, reliable and safe cleaning solutions. When considering a laser cleaning machine, understanding its product features, technical advantages and after-sales service will help you make a wise choice. Click here to contact Suntop Laser now.
1. What is a portable pulsed laser cleaner?
Portable pulsed laser cleaner is a device that utilizes laser technology to remove surface dirt, rust, oil, coatings and so on. It is compact and lightweight, making it easy to use in different work environments.
2. What are the advantages of laser cleaning over traditional cleaning methods?
Environmentally friendly: no chemical solvents are needed, which reduces the pollution to the environment.
High efficiency: laser can quickly and precisely remove pollutants and improve cleaning efficiency.
No damage to substrates: suitable for cleaning complex shapes or precision parts.
Cost-effective: although the initial investment is high, in the long run, laser cleaning reduces the cost of follow-up treatment.
3. What safety precautions should I take when using a laser cleaner?
Wear protective equipment: This includes laser protective glasses, gloves and protective clothing.
Set up a safe area: Make sure there are no uninvolved people around and that the area is clearly marked.
Understand the equipment operator's manual: Familiarize yourself with all of the equipment's features and safety guidelines.
4. How do I perform routine maintenance on my portable laser cleaner?
Regular Cleaning: Keep the exterior of the equipment clean to avoid dust and dirt from affecting its use.
Check the laser head and fiber: Check and clean the laser emitting part regularly to ensure proper operation.
Contact your supplier regularly: learn about maintenance and warranty services, and have it professionally repaired if necessary.
5. What is the general working efficiency?
Work efficiency is related to a number of factors, including laser power, type of material to be cleaned, and thickness of the dirt. Generally speaking, the speed of laser cleaning can reach several square meters per minute, but the specifics need to be evaluated according to the parameters of the equipment and the application.
6. Is the energy consumption and running cost of the equipment high?
The energy consumption of laser cleaning machines is relatively low and the running costs are mainly due to power consumption. In the long run, laser cleaning can save more chemical cleaning agents and labor costs, the overall cost-effective.
7. Can I customize my laser cleaner?
Yes, customized service is available to customize the equipment according to your specific needs (e.g. power, wavelength, form factor, etc.). When making a consultation, you can explain your needs in detail.
Details Product Parameters Samples Video
Laser cleaning technology uses high-energy laser beams to transfer laser energy to the surface to be cleaned in a focused manner, instantly evaporating or breaking the pollutants, rust or coatings attached to the surface, thereby achieving a cleaning effect. The core principle is that the pulse energy of the laser can act on the surface material at a very high speed and intensity to achieve the purpose of removing dirt.
With the continuous advancement of industrial automation and intelligent manufacturing, the market demand for equipment maintenance, surface treatment and process improvement is increasing. Although traditional cleaning methods, such as chemical cleaning and mechanical cleaning, can meet the needs to a certain extent, they are often accompanied by high costs, environmental pollution and damage to materials. Therefore, the emergence of portable pulse laser cleaning machines is an innovative solution to this challenge.
Portable pulse laser cleaning machines combine the advantages of laser cleaning technology, with the characteristics of easy mobility and flexible operation, and are suitable for multiple scenarios. In many industries, such as automobiles, aerospace, construction, and cultural relics protection, the demand for portable laser cleaning equipment is steadily increasing. This type of equipment can not only improve cleaning efficiency and reduce labor costs, but also effectively handle cleaning tasks in complex environments, meeting the strict requirements of modern industry for cleaning technology.
The portability of this equipment enables operators to perform cleaning at different locations without the need for expensive fixed cleaning facilities, further improving production and maintenance flexibility. As technology continues to mature, portable pulse laser cleaning machines are bound to become one of the mainstream choices in the cleaning industry in the future.
The working principle of pulsed laser cleaning mainly depends on the characteristics of the interaction between laser and material, which can be divided into the following stages:
1. Principle of laser action
Pulsed laser cleaning uses a high-energy laser beam to focus the laser energy on the surface of the material to be cleaned, forming a high-intensity, short-duration laser pulse. After the laser energy is absorbed by the surface of the material, it will cause its local temperature to rise rapidly, thereby triggering a series of physical and chemical reactions.
2. Evaporation and explosion of pollutants
When the laser pulse is irradiated on pollutants (such as oil, rust, coating, etc.), the laser energy will be absorbed by these substances, causing them to heat up rapidly. The key to this process is:
Evaporation: Most pollutants will evaporate or sublimate rapidly under the action of laser energy and turn into gas.
Explosion: For some stubborn pollutants, the laser pulse will generate instantaneous high temperature and high pressure, causing the material to expand violently, and then explode, forming tiny particles that are dispersed.
3. Cooling and gas dust removal
After the laser pulse ends, the solid residues that have not been removed will become fragile due to rapid cooling after laser heating. These particles can be effectively removed by airflow or mechanical means to avoid further damage to the surface material.
4. Protection of materials during cleaning
Since laser cleaning is based on a non-contact method, the laser beam only selectively processes the surface and causes almost no direct damage to the substrate. This selective cleaning greatly reduces the wear on the material, making the surface treatment of fragile materials safe and effective.
5. Parameter adjustment
The effect of pulse laser cleaning is affected by multiple factors, including laser wavelength, pulse width, focus energy density and cleaning speed. These parameters can be adjusted according to specific cleaning needs to achieve the best cleaning effect.
6. Application equipment
The portable pulse laser cleaning machine is equipped with a laser head, cooling system and control system to facilitate real-time adjustment and monitoring by the operator to ensure a safe and efficient cleaning process.
In summary, the working principle of pulse laser cleaning relies on the precise interaction between the laser and the material being cleaned, and uses the high temperature and high pressure effects caused by the laser pulse to effectively remove various surface contaminants while maintaining the integrity of the cleaned material. This makes pulse laser cleaning technology an efficient and environmentally friendly cleaning solution in many industries.
● Ultra-portable, A4 paper size, external lithium battery power supply, high mobility.
● Exclusive mini laser head weighs only 700g, flexible and convenient, long-lasting use.
● The safety indicator and chassis handle are designed as a single unit, which ensures high-quality safety protection measures and more convenient use at the same time.
● Stable system, easy to operate, long service life, cost-effective.
● According to the cleaning needs of different workpieces and requirements, six cleaning modes are provided.
● Pulse cleaning grade up to SA2.5.
● Suitable for urban graffiti cleaning, welding channel cleaning, high-altitude work or precision workshop that can not be connected to electricity and other work scenes.
Exclusive mini laser cleaning head
● Cigarette case size, long time handheld without getting tired, stable to withstand 300W without getting hot.
● Precise positioning and cleaning, weight only 0.7KG, easy to hand it.
● Non-contact material when cleaning that can protect the material.
● Effectively remove micron-sized particles.
● Environment friendly, no consumables.
Multiple core functions
Integrated handle and work light: realizes the integration of functions, makes it more convenient to work, and can monitor the status of the equipment at any time.
Self-developed chassis
Aluminum alloy material: strong durability, increasing the life of the device.
Rounded design: humanized design improves the user's grip experience.
Unique backpack design
Portable: Designed with a backpack buckle, it is convenient for users on the move, freeing their hands to improve overall efficiency.
Touch screen display
Intelligent operation: no need for a computer, setup and operation directly on the device, improving the ease of use.
Air cooling system
Strong heat dissipation: Equipped with large-displacement air outlets, effectively reduces the temperature of the device, prolongs its service life and ensures stability.
Portable pulsed laser cleaners offer several significant advantages that make them a popular choice in modern cleaning technology. The following are its main advantages:
1. Highly portable
Lightweight design: Portable laser cleaners are usually designed to be lightweight and compact, making it easy for users to carry them around easily in different situations or work environments.
Highly adaptable: Can be used in a variety of environments, including small or difficult to reach places, suitable for on-site cleaning.
2. Non-contact cleaning
Surface protection: The laser cleaning process does not touch the cleaned material, avoiding physical damage and effectively protecting fragile or delicate surfaces.
Selective cleaning: able to accurately remove specific dirt and contaminants without damaging the substrate.
3. Efficient cleaning capability
Rapid removal of contaminants: the pulsed laser not only removes oil, rust and coatings, but also effectively deals with micron-sized particles.
4. Environmentally friendly features
No chemical cleaners: no need to use chemical cleaners in the cleaning process, reducing the risk of environmental pollution and health.
No consumables: no need to replace cleaning materials, reducing cleaning costs and improving economy.
5. Easy to operate
User-friendly: Touch screen control panel for easy operation and setup.
Quick Response: The laser cleaner can start working in a short time, saving cleaning time.
6. Versatility
Suitable for a variety of applications: It can be used for surface cleaning in many fields such as aerospace, automotive manufacturing, electronic equipment, industrial equipment, etc.
Flexible adjustment: laser parameters (such as power, frequency, etc.) can be adjusted according to different cleaning needs, in order to achieve the best cleaning effect.
7. Significantly improve work efficiency
Reduced cleaning time: Compared with traditional cleaning methods, laser cleaning can significantly improve the cleaning efficiency and reduce the time of manual work.
Less post-processing: Laser cleaning leaves little residue, reducing the complexity of subsequent processing.
8. Stability and safety
Stable operation: Modern portable pulsed laser cleaners are usually equipped with efficient heat dissipation and protection systems to ensure stable operation for a long time.
Safe operation: Although lasers are used, they are equipped with the necessary safety precautions and can be operated in a safe environment.
Portable pulsed laser cleaners have obvious advantages in a number of aspects such as mobility, high efficiency, environmental friendliness and user-friendliness, which make them more and more favored in a variety of industrial and daily cleaning applications, and are gradually replacing traditional cleaning methods. Click here to contact Suntop Laser today for more details.
Suntop pulse high precision cleaning machine, six cleaning modes can be selected, greater reduction of damage to the surface of the material, real high precision, high quality laser cleaning machine.
- Line
- Spirals
- Round
- Rectangular
- Round fill
- Rectangular fill
You can switch between these modes by clicking the "Scan Mode" option on the interface.
Model | ST-PLC50H | ST-PLC100H |
Max. Laser power (W) | 50 | 100 |
Laser type | Nanosecond type pulse fiber laser | |
Laser wavelength (nm) | 1064nm | |
Cleaning grade | SA2.5 | |
Cleaning adjustable range | 0-200*200mm | 0-300*300mm |
Power adjustment range (%) | 10-100 | |
Cooling method | Advanced built-in air cooling | |
Laser pulse frequency (kHz) | 45-170 | 20-200 |
Pulse length (ns) | 100 | 170 |
Maximum single pulse energy (mJ) | 1.1 | 1.6 |
Conductive fiber length (M) | 3 | |
Number of cleaning mode | 6 (flexible selection according to different cleaning requirements) | |
Machine size (MM) | 280*220*122 | 280*380*150 |
Machine weight (KG) | 8.5 | 11.5 |
Power consumption (whole machine) | 350W | 550W |
Widely used for rapid rust removal and oxide removal on metal surfaces; removal of grease, resin, glue, dust, stains, production residues; roughening of metal surfaces; rust removal and degreasing before welding, as well as oxide and stain cleaning after welding, etc.
Pulsed laser cleaning technology has been widely used in many fields due to its unique cleaning principle and superior performance.
Manufacturing
Mechanical parts: In the process of mechanical manufacturing, laser rust removal is used to remove oxides and rust during processing to ensure the quality and performance of parts.
Tools and molds: Laser rust removal can improve the working efficiency of tools and molds, extend their service life, and reduce losses caused by corrosion.
Ship and marine engineering
Hull maintenance: Ships need to be regularly rusted and anti-corrosion treated. Laser rust removal can effectively remove rust caused by seawater and air, and reduce subsequent painting costs.
Offshore platform: On equipment such as offshore oil and gas platforms, laser rust removal technology can treat corroded metal surfaces to ensure the stability and safety of the structure.
Buildings and infrastructure
Bridges and roads: Laser rust removal technology can be used on bridges and other infrastructure to remove rust and dirt and improve the durability of the structure.
Steel structure buildings: Used for the maintenance and repair of large steel structure buildings to maintain the beauty of steel and extend its service life.
Automotive industry
Auto repair: During the maintenance and repair of automobiles, laser rust removal can effectively remove rust from the chassis and body, improving the safety and appearance of the vehicle.
Auto parts production: In the production of auto parts, laser rust removal helps to improve the quality of parts and reduce the need for subsequent surface treatment.
Aerospace
Aircraft maintenance: During the maintenance and repair of aircraft, laser rust removal can effectively protect metal parts from rust, ensuring their safety and performance.
Engine parts: Used to remove rust on engine parts and improve the efficiency of parts such as valves, pumps and turbines.
Energy industry
Nuclear power plants and thermal power plants: Laser rust removal is used to clean rust on the surface of equipment, ensure the safe operation of equipment, and reduce maintenance costs.
Renewable energy equipment: For example, the metal surface of wind turbines needs regular maintenance to prevent rust from affecting their operating efficiency and safety.
Military industry and defense
Weaponry maintenance: Laser rust removal technology can be used to remove rust on weapons and military vehicles to improve their reliability and combat capability.
Home and consumer electronics
Home Appliance Repair: In the maintenance of some home appliances, laser rust removal can be used to deal with the rust problem of internal metal parts to extend the service life of the equipment.
Public facilities
Water Supply Pipes and Storage Tanks: Laser rust removal can be used to clean the rust of pipes in the water supply system to ensure water quality safety.
Power Facilities: Used for the maintenance of power equipment to avoid the impact of rust on electrical performance.
Pulsed laser cleaning is widely used in many industries due to its high efficiency, environmental friendliness and precision. Its fast and non-destructive properties make it an ideal choice for modern cleaning technology. Click here to contact Suntop Laser today for a free laser cleaning test.
Laser cleaning has some significant advantages and disadvantages over traditional cleaning methods. The following is a comparison:
Project | Laser cleaning | Chemical cleaning | Mechanical cleaning | Ultrasonic cleaning |
Cleaning method | Non-contact (laser) | Contact (chemical cleaner) | Contact (mechanical) | Contact (cleaner) |
Workpiece damage | No damage | Damaged | Damaged | Damaged |
Cleaning efficiency | High | Low | Low | Middle |
cleaning effect | High cleanliness | Uneven | Uneven | High cleanliness (small range) |
Cleaning accuracy | High precision (accurate and controllable) | Poor accuracy (uncontrollable) | Average accuracy (uncontrollable) | Unable to specify range cleaning |
Environmental friendly | Pollution-free | Polluted | Polluted | Polluted |
Cost input | High initial investment (no consumables, maintenance) | Low initial investment (very high cost of consumables) | High initial investment (high labor cost of consumables) | Low initial investment (moderate cost of consumables) |
Laser cleaning has demonstrated high efficiency and environmental characteristics in many applications where fine cleaning and high quality surface preparation are required. Conventional cleaning methods, on the other hand, still offer some advantages for simple cleaning tasks, especially in terms of cost and maneuverability considerations. Choosing the right cleaning method needs to be weighed against the specific application requirements, material type and expected results. Click here to contact Suntop Laser today to learn more about laser cleaning.
When choosing a portable pulsed laser cleaner, there are several factors to consider to ensure that the equipment you purchase will meet your specific needs.
1. Cleaning Needs
Application Scenario: Begin by identifying the application environment where the cleaning will take place, such as the industry, the type of material (metal, plastic, coating, etc.), and the object to be cleaned (e.g., machine parts, tools, buildings, etc.).
Dirt type: Consider the type of dirt to be removed, such as rust, oil, coatings, welding residues, etc., to determine the light source wavelength and power requirements.
2. Laser parameters
Wavelength: Different wavelengths of laser light have different absorptive properties on materials, and choosing the right wavelength of laser light can improve the cleaning efficiency and effect.
Power: The power size directly affects the cleaning efficiency. Generally speaking, the higher the power, the faster the cleaning speed, but also take into account the tolerance of the material to avoid damage to the substrate.
Pulse width and frequency: appropriate pulse width and frequency can better control the thermal impact and cleaning effect.
3. Equipment design and portability
Weight and size: Choose lightweight and compact equipment for easy transportation and operation. Handheld or vehicle-mounted designs can be considered.
Ease of use: The interface of the equipment should be simple and easy to understand, preferably with automated settings to reduce operational complexity.
4. Safety
Safety Protection: Ensure that the equipment has good safety protection measures, such as anti-laser shield, automatic stopping system, etc., to protect the safety of the operator.
Compliance: Check whether the laser equipment complies with local laws and regulations and safety standards (e.g. CE, FDA, etc.).
5. Maintenance and service
After-sales service: Choose the manufacturer that provides good after-sales service and technical support to ensure that the equipment can be solved in time when it encounters problems in the course of use.
Maintenance capability: Understand the maintenance and repair requirements of the equipment to ensure that the internal parts are easy to replace and maintain.
6. Cost-effectiveness
Budget: Define the budget for purchasing the machine and compare the prices of different brands and models.
Total Cost of Ownership: In addition to the purchase cost, consider the long-term costs of consumables, maintenance and energy consumption during the use of the equipment.
7. User Evaluation and Cases
User feedback: Refer to other users' experience and evaluation to understand the actual performance and reliability of the equipment.
Case study: Check the successful cases where the equipment is used in specific industries or applications to verify its applicability.
With these considerations, you can be more targeted in choosing the right portable pulsed laser cleaner to meet your specific needs and application scenarios. Click here to contact Suntop Laser today to recommend the right laser cleaner for you.
Choosing Suntop Laser as a supplier or brand of laser cleaning machines can be based on the following features and advantages:
Advanced technology
Suntop Laser usually adopts advanced laser technology, relying on years of R&D experience to provide efficient and stable laser cleaning solutions to meet the needs of various industries.
Product diversification
Suntop Laser provides laser cleaning machines of various models and specifications, and can provide corresponding equipment selection for different application scenarios (such as metal cleaning, coating removal, rust removal, etc.) to meet the special needs of different customers.
High cleaning efficiency
Suntop's laser cleaning technology has high cleaning speed and efficiency, which reduces customers' working time, improves productivity, and enables customers to complete cleaning tasks faster.
Environmental protection and safety
Laser cleaning is an environmentally friendly cleaning method. Suntop Laser's equipment is designed with environmental protection in mind, and also has necessary safety protection measures to ensure the safety of operators.
Reliable after-sales service
Choosing Suntop Laser's products, customers can usually enjoy good after-sales service, including technical support, maintenance, warranty, etc., to ensure that problems encountered during the use of the equipment can be solved in time.
Excellent cost performance
Suntop Laser's products generally have a high cost performance in the market, providing reasonable prices and high-quality technical support, so that customers can obtain high-quality equipment at a relatively low cost.
Choosing Suntop Laser is not only choosing a laser cleaning machine, but also choosing a partner that can provide efficient, reliable and safe cleaning solutions. When considering a laser cleaning machine, understanding its product features, technical advantages and after-sales service will help you make a wise choice. Click here to contact Suntop Laser now.
1. What is a portable pulsed laser cleaner?
Portable pulsed laser cleaner is a device that utilizes laser technology to remove surface dirt, rust, oil, coatings and so on. It is compact and lightweight, making it easy to use in different work environments.
2. What are the advantages of laser cleaning over traditional cleaning methods?
Environmentally friendly: no chemical solvents are needed, which reduces the pollution to the environment.
High efficiency: laser can quickly and precisely remove pollutants and improve cleaning efficiency.
No damage to substrates: suitable for cleaning complex shapes or precision parts.
Cost-effective: although the initial investment is high, in the long run, laser cleaning reduces the cost of follow-up treatment.
3. What safety precautions should I take when using a laser cleaner?
Wear protective equipment: This includes laser protective glasses, gloves and protective clothing.
Set up a safe area: Make sure there are no uninvolved people around and that the area is clearly marked.
Understand the equipment operator's manual: Familiarize yourself with all of the equipment's features and safety guidelines.
4. How do I perform routine maintenance on my portable laser cleaner?
Regular Cleaning: Keep the exterior of the equipment clean to avoid dust and dirt from affecting its use.
Check the laser head and fiber: Check and clean the laser emitting part regularly to ensure proper operation.
Contact your supplier regularly: learn about maintenance and warranty services, and have it professionally repaired if necessary.
5. What is the general working efficiency?
Work efficiency is related to a number of factors, including laser power, type of material to be cleaned, and thickness of the dirt. Generally speaking, the speed of laser cleaning can reach several square meters per minute, but the specifics need to be evaluated according to the parameters of the equipment and the application.
6. Is the energy consumption and running cost of the equipment high?
The energy consumption of laser cleaning machines is relatively low and the running costs are mainly due to power consumption. In the long run, laser cleaning can save more chemical cleaning agents and labor costs, the overall cost-effective.
7. Can I customize my laser cleaner?
Yes, customized service is available to customize the equipment according to your specific needs (e.g. power, wavelength, form factor, etc.). When making a consultation, you can explain your needs in detail.
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