What is laser cleaning?
What kind of laser cleaning machine do I need?
Before choosing a suitable laser cleaning machine, you need to understand your cleaning goals and applications. Considering the following issues, you can help you discuss your needs with experts.
- The general size, area, and geometric shape of cleaning parts.
- Material material.
- Type and thickness of coating pollutants.
- The expected clean type, speed, and time.
- Expecting cleanliness.
How to choose a suitable laser cleaning machine?
Type of material to be cleaned
Pulse duration
Type of laser generator
Type of laser cleaning machine
Laser cleaning machines are mainly divided into two system types, which are handheld and large cabinets. Different types of laser cleaning equipment are suitable for different tasks and locations. By using appropriate cleaning equipment, the expected cleaning effect and efficiency can be achieved.
- Handheld: Handheld laser cleaning systems are mostly provided for portable, and they can be put in the box. The weight of these portable laser cleaning machines usually does not exceed 20kg, so it is very suitable for projects that need to move and complex surface shapes. The laser cleaning gun held by the operator can be accurately located and can clean the details and corners that could not be reached on the large workpiece. For projects that need to be cleaned and have limited budgets, handheld laser cleaning machines will be the best choice.
- Large cabinet type: The cabinet laser cleaning system is equipped with a shell. You can place the materials that need to be cleaned in it and clean the laser system by remotely controlling the laser system, to maximize the safety of the operator. According to the system type, the operator may also need to perform other tasks, such as opening doors, triggering table rotation, and managing fixed devices.
Laser power
The power output of the laser cleaning machine will determine whether it removes the speed and efficiency of surface pollutants. Higher power output will allow faster cleaning, but it may also increase the risk of damage to the clean surface. The lower power output may take longer to clean, but it may be more suitable for fragile materials.
- Low-power laser cleaning machine: Low-power laser cleaning machines (20W-100W) can provide mild and high-precision cleaning. It can remove slight rust, which is very suitable for historical restoration to coat and process small-area cleaning areas.
- Mid-power laser cleaning machine: Mid-power laser cleansing power is usually between (200W-300W), and it is very suitable for removing medium-level rust or oils on metal components. Because the power of the laser is higher, the cleaning speed is faster, but it also generates more calories. Therefore, an effective laser cleaning machine cooling equipment is needed, which may increase initial costs.
- High-power laser cleaning machine: High-power laser cleaning machines are used to deal with heavier metals. The power of these machines is usually 350W-20000W even as high as 3000W in some cases. It can eliminate stubborn metal corrosion and is suitable for professional projects such as nuclear decontamination, so it has become an ideal choice for industrial use.
Cleaning area and speed
Control systems and automation
Safety
Service and support
Price
Where do I need laser cleaning?
Laser cleaning is a non-contact surface cleaning process that uses a focused laser beam to remove surface contamination and impurities. Laser cleaning has many advantages over traditional cleaning methods, it does not use chemical solvents and does not generate waste.
- Metal parts: Laser cleaning is widely used in industrial applications to clean metal parts. It removes rust, oxide, paint, grease, and other contaminants from metal surfaces without damaging the underlying material. Metal components in industries such as automotive, aerospace, electronics, and marine often require laser cleaning to ensure proper surface preparation for subsequent processes such as welding, painting, or coating.
- Restoration of historical artifacts: Laser cleaning is also used to restore artifacts such as statues, sculptures, paintings, and historic buildings. It is a non-contact, non-abrasive cleaning method that removes dirt, soot, and other contaminants from delicate surfaces without damaging or altering the original material.
- Electronic components: Electronic devices such as circuit boards, sensors, and semiconductors can be sensitive to traditional cleaning methods involving solvents or abrasive materials. Laser cleaning can be used to remove contaminants from these delicate parts without causing any damage, making it ideal for cleaning delicate electronic components.
- Medical equipment: Laser cleaning is also used in the medical industry to clean and sterilize medical devices such as surgical instruments and implants. It effectively removes biofilm, debris, and contaminants from surgical instruments, endoscopes, dental tools, and implants without the use of harsh chemicals or abrasives, ensuring a high level of cleanliness and sterility.
- Semiconductor industry: Laser cleaning is used in the semiconductor industry to clean wafers, masks, and other components used in the manufacture of microchips and electronic devices. It can also be used to remove contaminants such as photoresists, particles, and residues from the surface of semiconductor materials without damaging delicate structures, ensuring a high-quality production process.
- Aerospace: Laser cleaning is used in the aerospace industry to clean engine components, aircraft surfaces, and critical components. It removes contaminants such as carbon deposits, coatings, and paint from aircraft surfaces, engine blades, and other components without damaging the underlying material, ensuring optimum performance and safety.
Summarize
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