Laser cleaning machine is a new generation of surface treatment high-tech products, which are easy to install, operate and realize automation. The operation is simple, the power is turned on, and the equipment is turned on, you can clean without chemicals, media, and water. The focus can be manually adjusted, and the surface can be cleaned. The cleaning surface has high cleanliness and can remove resin, paint, and oil on the surface , Stains, dirt, rust, coating, plating and oxide layer, and the industry is widely used, covering ships, auto repair, rubber molds, high-end machine tools, rails, and environmental protection.
Reliable Product Quality
In terms of quality control, the factory strictly adheres to quality management systems (such as ISO 9001). Every stage, from raw material procurement to finished product delivery, undergoes stringent quality monitoring.
Professional technical team
We have a professional team of over 60 employees, including several senior technical personnel and engineers, ensuring that every product meets the highest quality standards.
Advanced Equipment
Our production base is in Shenzhen, Guangdong Province, equipped with advanced production facilities and modern production lines.
Excellent Customer Service
The factory is staffed with optoelectronic technology experts, enabling us to serve customers from a professional perspective and solve a wide range of issues for them.
Laser cleaning machine is a new generation of surface treatment high-tech products, which are easy to install, operate and realize automation. The operation is simple, the power is turned on, and the equipment is turned on, you can clean without chemicals, media, and water. The focus can be manually adjusted, and the surface can be cleaned. The cleaning surface has high cleanliness and can remove resin, paint, and oil on the surface , Stains, dirt, rust, coating, plating and oxide layer, and the industry is widely used, covering ships, auto repair, rubber molds, high-end machine tools, rails, and environmental protection.
Laser rust removal has low operating costs and is more environmentally friendly
Laser rust removers are great for removing rust that remains on metal surfaces. In the rust removal process, the laser cleaning machine does not need any other consumables and media except for the laser to be turned on. Therefore, there is no need to spend long hours on consumables like chemicals or dry ice, and there is no need to think about storage and transportation of media. Therefore, the use of laser rust removal is indeed very low operating costs, as long as the power is turned on, it can start working normally. Using a laser cleaning machine is a very environmentally friendly way to remove rust. There is no need to worry about the discharge of waste during the rust removal process, and it is harmless to the health of the staff.
Laser rust removal will not cause damage to metal substrates
Laser descaling machine is a high-tech equipment that emits high-energy laser beams to irradiate metal surfaces to remove contaminants on the surface of materials. Since this kind of equipment removes rust in a non-contact way in actual use, and there is no thermal effect during the laser rust removal process, no thermal effect means that no damage to the metal workpiece will be caused. Of course, since the laser rust removal method is non-contact and does not cause mechanical damage, the metal surface can be well protected during the rust removal process.
The laser cleaning machine is easy to operate and easy to move
Using a laser cleaner to remove rust is very simple and easy to operate. The handheld laser rust removal gun is ergonomically designed with an easy-to-grip handle. The operator only needs to hold the handle of the laser cleaning machine, aim at the rusted surface to be cleaned, and then start the laser rust removal. Moreover, the laser cleaning machine is also very suitable for large-scale rust removal operations. For example, if the steel plate of the building material has rust, a laser cleaning machine can be used to remove the rust.
Handheld Laser Cleaners
Handheld laser cleanerHandheld laser cleaning systems are workstations on wheels. They’re larger than what most people expect of a handheld device, but they’re still easy to move around. The “gun” held by the operator can be positioned as needed to reach any area on large workpieces. These devices are ideal for low-volume productions where multiple parts of different shapes and sizes need to be processed.
Manually Loaded Laser Cleaning Workstations
Laser cleaning workstations can be fully operated manually while being 100% safe for operators without PPE. Operators are responsible for loading parts into the machine and triggering the laser process. They may also need to perform other tasks depending on the type of workstation, such as opening the door, triggering table rotations, and managing fixtures.
Conveyor Laser Cleaning Machines
Laser cleaners can be installed directly on conveyors to automate contaminant removal and surface texturing before operations like welding or coating, providing complete surface preparation in a single step. Advanced features can be used to automatically manage inconsistencies in part positioning as well as process large parts with several areas that need to be cleaned.
Robot Laser Cleaning Machines
Laser cleaning systems can be mounted on robots to automate cleaning operations in robotic cells. They are equipped with advanced autofocusing systems to clean complex parts with high precision. The robot’s high freedom of movement allows the laser to clean various shapes with simple, automatic adjustments.
OEM Laser Cleaning Systems
The difference between a laser cleaning system and a laser cleaning machine isn’t always clear. Laser cleaning systems are OEM devices that can be integrated into fully custom solutions, typically with the help of a system integrator or machine builder. Laser cleaning machines, on the other hand, are predesigned solutions ready to be integrated in production lines.
Surface profiling and rust removal in steel fabrication
Laser cleaning is also an effective and efficient method for removing rust and scale from metallic materials. Rust and scale are contaminants that form on metal surfaces as a result of natural or artificial processes. When metals are exposed to moisture, they react with water to form ferrous oxides, resulting in rust. This rust degrades the quality of the metal, making it unsuitable for use in various applications. On the other hand, scales form on metal surfaces as a result of heat treatment processes and its oxide discolors the metal surface, preventing any subsequent finishing operations.
Anode assembly cleaning
The aluminum smelting industry uses carbon blocks as "sacrificial" anodes in the production of primary aluminum. The quality of the anode has an impact on the environmental, economic, and technological aspects of aluminum production. A small percentage of cell power is devoted to overcoming the electrical resistance of prebaked anode. The presence of dirt and other contaminants will increase the anode's electrical resistance, resulting in the consumption of more cell power.
Adhesive bonding preparation for metals
To increase process stability, surface adhesion, and better seam quality, the surface of the metallic materials to be joined must be prepared before the application of welding and other joining techniques. Without the necessary groundwork, joints and seams become susceptible to degradation, increased wear, and catastrophic failure. Laser cleaning can be used to prepare surfaces before they are joined, resulting in excellent bond strength quality for improved corrosion resistance and durability.
Pretreatment for brazing and welding
Laser cleaning has also proven effective in pretreatment applications for welding and brazing. Before aluminum and steel materials are used for welding purposes in shipbuilding, precision tool manufacturing, automotive, and other related industries, their surfaces must first be prepared. Laser weld preparation is one of the many applications of laser cleaning and helps to remove ferrous and nonferrous metals, lubricants, and other contaminants from metal and aluminum surfaces in preparation for high-quality welds. It also ensures smooth and pore-free brazed seams.
Partial decoating
Laser cleaning is particularly effective in applications that require the partial removal of paint or coatings from finished surfaces. It can be used on virtually all surface types, whether chemically anodized, oxidized, or organic. Laser cleaning can be used to de-coat solar panels and remove paint in the automotive and aerospace industries while maintaining the integrity of the primer substance. In de-coating applications, fiber lasers are the preferred option.
Selective paint removal
Selective paint removal represents one of the many applications of laser cleaning. In the automobile and aerospace industry, it is sometimes necessary to remove the top layer of paint while maintaining the primer. This is often the case when the top weathered coatings on vehicles need to be thoroughly removed before the application of a new paint finish. Since the top layer of paint is physically and chemically different from the underlying primer, the power and frequency of the laser can be set to a frequency that only removes the top layer of paint.
How To Operate A Laser Cleaning Machine Safely
Self-Safety And Environmental Protection
Laser cleaning machines have adequate safety features on their own. High-powered machines are typically equipped with safety features such as enclosed workspaces, interlocks, and safety sensors to keep operators and bystanders safe from potential laser hazards. Compared to traditional cleaning methods such as mechanical and chemical alternatives. Our laser solutions do not produce additional waste to reduce the impact on the environment.Adopting advanced technology and concepts of the industrial internet, it helps manufacturing enterprises create a unified digital system covering the entire process of production and management.
Reasonable Security Measures
Laser cleaning is less of a safety risk. Most portable laser cleaning machines are small in size, low in power, and relatively safe; when using a high-power laser cleaning machine, pay attention to staying away from designated dangerous areas, and the operator should be equipped with necessary safety protection equipment, including laser protective glasses and gloves, Avoid danger.
Effective Operations Training
Learn how to use cleaning technology safely and correctly through training. In order to operate the machine safely, we will conduct related training for laser cleaning machine operations -including safety precautions, equipment operation, maintenance skills and correct fault exclusion strategies, and which settings are most suitable for your specific cleaning needs. In this way, you can get the most effective cleaning without damaging structure.
Optics Maintenance
Irregularly inspect lenses and mirrors for dirt, smudges, or damage. Use a clean, lint-free cloth or soft brush to remove debris. If there is stubborn dirt or residue, please use the appropriate cleaning solution recommended by the manufacturer. Apply the solution to a clean, lint-free cloth and gently wipe the optics, being careful not to scratch or damage them.
Laser Alignment
Follow the manufacturer’s instructions for a laser alignment check. This may involve the use of alignment targets, specialized tools, or software provided by the manufacturer. If misalignment is detected, consult the user manual or contact the manufacturer for specific alignment procedures. Adjust the laser generator according to the recommended guidelines to ensure proper alignment.
Cooling System Maintenance
Check cooling fans or radiators regularly to make sure they are clean and free of dust, debris, or blockages. Remove any dust, debris, or obstructions that may limit cooling efficiency. It is recommended to use compressed air or a soft brush to clean the heat sinks and fans. If your laser cleaning machine has a liquid cooling system, check the coolant level.
Lubrication
Check the owner’s manual for any moving parts that need to be lubricated, such as gears, bearings, or sliders. Use the lubricant specified by the manufacturer and apply in recommended amounts and intervals. Apply lubricant to designated parts according to the manufacturer’s instructions, ensuring even distribution and avoiding over-lubrication, which can attract dirt or impede movement. Wipe off excess lubricant to avoid attracting dust or debris.
Consumables Replacement
Monitor the condition of consumable parts such as filters, protective windows, or laser cleaning nozzles. Refer to the manufacturer’s guidelines for the expected useful life of these consumables and replace them accordingly. Replace filters when clogged or damaged to maintain proper airflow and particle filtration.
Laser Generator Maintenance
Regularly check the lens of the laser generator for dust, oil, and other pollution. If present, it should be cleaned immediately. Use a non-woven cloth or cotton swab dipped in medical alcohol to gently wipe the surface of the lens, do not use hard objects or organic solvents. Regularly check whether there is any abnormality in the optical path of the laser generator.
Electrical System Maintenance
Regularly check whether the electrical connection of the laser cleaning machine is firm and whether there is no looseness or corrosion. Ensure reliable electrical connections to avoid problems caused by electrical faults. Regularly calibrate the current and power of the laser cleaning machine to ensure that it works within the normal range to provide a stable cleaning effect.
Air System Maintenance
Regularly check the air system, including the air source, air pipe, nozzle, etc. Check whether the gas pressure is stable, regularly check the gas system for leaks or blockages, and repair or replace damaged parts in time. Nozzles and filters are easy to accumulate dust and dirt, affecting the cleaning effect. Clean nozzles and filters regularly to keep them clear.
Laser cleaning machine uses a high-powered laser beam to remove impurities and contaminants from the surface of a material. The laser beam is directed at the surface to be cleaned, where it generates a burst of energy that vaporizes or ablates the impurities. This process, known as laser ablation, is highly precise and efficient, and does not require the use of chemicals or abrasive materials. The laser beam is delivered to the surface of the material using a delivery system that includes mirrors, lenses, and other optical components, and the removed material can be captured and collected using a vacuum or extraction system. Traditional industrial cleaning methods can be time and labor intensive. Oxide removal may involve certain hazardous chemicals. Laser cleaning is an environmentally friendly process used to remove rust, paint, oxides and other contaminants from metal and non-metal surfaces.
Follow the switching sequence of the machine: when starting up, turn on the water cooler first, then turn on the power, and then turn on the laser switch. When shutting down, turn off the laser switch first, then turn off the power, and finally turn off the water cooler.
Clean the laser machine chiller once every half month, drain the internal water, and then fill up with new pure water.
Daily cleaning, remove the sundries on the table, limiter and guide rail.
The reflector and focusing lens should be scrubbed with a special cleaning solution every week. When scrubbing, use a cotton swab or cotton swab dipped in the cleaning solution to scrub counterclockwise from the center of the focusing lens to the edge, and be careful to prevent scratches lens.
Cleaning method of exhaust fan and smoke pipe: When there is a lot of smoke and dust during processing, it is necessary to clean the fan. Remove the outer cover of the fan, scrape off the dust on the fan blades and the air channel with a thin wood chip, and then blow it with a high-pressure gun.
Power and energy density
Power is an important factor in affecting the cleaning efficiency and speed of the machine. Higher power means a more strong laser beam that can remove stains and surface coatings faster. However, it is critical to achieve a balance because using too much power can potentially damage the surface being cleaned. As a result, it is critical to pick the right power level based on the application requirements. Another essential factor is energy density, which represents the distribution of energy per unit area of the laser beam. Higher energy density provides for more effective stain removal, but too high energy density might cause surface damage. As a result, the energy density should be selected based on the specific cleaning requirements and the material being treated.
Wavelength
The wavelength determines the precise range of materials that can be effectively cleaned by the laser. For different wavelengths of light, different materials have varied absorption qualities. By choosing the right wavelength, you can ensure that the laser energy is efficiently absorbed by the target material, resulting in successful cleaning.In order to select the proper wavelength for the handheld laser cleaning machine, it is critical to evaluate the specific cleaning requirements as well as the type of the materials to be cleaned. This will provide excellent cleaning efficiency and prevent any potential surface damage.
Pulse duration
The pulse duration is important in the cleaning process because it impacts how the laser beam interacts with the target material. Shorter pulse durations are often more effective for eliminating impurities because they provide high peak power and fine control over the laser energy. Consideration of a handheld laser cleaning machine's pulse duration ensures that you select a device that is appropriate for the targeted cleaning applications and materials, resulting in effective and safe cleaning outcomes.
Spot size and scanning area
When cleaning complicated or detailed surfaces, a smaller spot size provides for more exact cleaning. However, it is critical to ensure that the spot size is large enough to effectively cover the necessary cleaning area. Furthermore, it is critical to select a handheld laser cleaning equipment with a scanning area appropriate for the required purpose. Larger scanning areas enable faster cleaning of larger surfaces, whilst smaller scanning areas are more suited to focused or localized cleaning. When choosing a handheld laser cleaner, it is critical to examine the specific cleaning requirements as well as the size of the surfaces to be cleaned. Finding the ideal balance between spot size and scanning area guarantees efficient and effective cleaning while increasing production.
Cooling system
Laser cleaning generates heat, which, if not correctly managed, can lead to overheating and probable laser component damage. A dependable cooling system is required to drain heat and maintain the laser's ideal operating temperature. Water cooling devices, absorb and dissipate the heat generated by the laser. They provide improved cooling efficiency and are appropriate for high-power lasers or applications requiring continuous operation.
Safety features
Laser cleaning produces bright light that might be hazardous to the eyes. The handheld laser cleaning machine should contain or advocate the usage of laser safety eyewear that are appropriate for the laser's wavelength and strength. Emergency stop button: In the event of any unforeseen hazards or crises, an emergency stop button should be easily accessible on the equipment.
Price & Cost
Laser cleaning machines are more expensive than other traditional cleaning machines. The main difference is that laser cleaners can be reused. The laser cleaning machine price varies depending on its configuration. For example, higher power laser generators will cost more, and pulsed laser cleaners are generally more expensive than continuous wave (CW) laser cleaners.
Our production base is in Shenzhen, Guangdong Province, equipped with advanced production facilities and modern production lines. We utilize advanced laser technology and 3D printing advantages to provide many enterprises with cost-effective solutions compared to traditional industrial production. The factory is staffed with optoelectronic technology experts, enabling us to serve customers from a professional perspective and solve a wide range of issues for them.
Q: Do laser cleaning machines really work?
Q: What is the principle of laser cleaning machine?
Q: How to choose a laser cleaning machine?
Q: Do laser machines use a lot of electricity?
Q: Does laser cleaning remove paint?
Q: How do you disinfect a laser machine?
Q: Is laser cleaning cost effective?
Q: How long does a laser cleaning machine last?
Q: Does laser cleaning work on wood?
Q: Can you laser clean fiberglass?
Q: Is laser cleaning cost effective?
Q: What can a laser cleaning machine clean?
Q: What is fiber laser cleaning?
Q: Are laser cleaning machines safe?
Q: How does a laser cleaning machine work?
Q: How do I choose a laser cleaning machine?
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