Views: 38 Author: Site Editor Publish Time: 08-05-2024 Origin: Site
The practicality and high efficiency of mobile laser cleaning machines are being discovered by more and more people. This article will explain its principles, advantages, cleaning effects and user-friendly operation in detail.
A mobile laser cleaning machine is a type of mobile laser cleaning machine. It is portable and handheld, and is mainly used to clean stains on the surface of objects. It has many names. When used to clean metal, it can be called a laser rust stripper or a laser rust cleaner. When it is used to clean wood, it is usually called a laser wood stripper.
Laser cleaning is a device that uses laser beams to clean surfaces. Its working principle is to irradiate the surface to be cleaned with a high-energy laser beam. It causes the surface dirt to absorb energy and then expand, vaporize, or peel off rapidly, thereby achieving the purpose of cleaning. (Such as rust, paint, grease, etc.
Laser cleaning is a device that uses laser beams to clean surfaces. Its working principle is to irradiate the surface to be cleaned with a high-energy laser beam. It causes the surface dirt to absorb energy and then expand, vaporize, or peel off rapidly, thereby achieving the purpose of cleaning. (Such as rust, paint, grease, etc.
Common types of stains:
Oil stains: Common attachments on metal surfaces. Mostly formed by residual oil substances during processing or use.
Oil scale (rust): Dirt produced by oxidation of metal after processing or long-term static process. It directly affects the quality of metal materials.
Electroplating coating: Dirt that needs to be cleaned during special metal processing such as electroplating, which is often seen when returning workpieces or processing needs.
Cleaning effect:
The laser cleaning machine instantly heats the metal surface through a high-energy-density laser beam. By evaporating, ablating, or melting stains such as oil stains and oxide scales, efficient removal is achieved. Compared with traditional cleaning methods, laser cleaning can remove stains more cleanly and restore the finish and brightness of the metal surface.
The laser cleaning machine can control the energy and focus of the laser beam accurately. It can be adjusted according to different metal materials and cleaning requirements for precise and customized cleaning effects.
The laser cleaning process does not need the use of chemicals or solvents. This avoids potential harm to the environment and human body and has high environmental protection.
Common types of stains:
Dust, oil stains, glue, and other dirt are attached during processing.
Coating: Paints and coatings coated on the surface of wood may age and be damaged after long-term use.
Cleaning effect:
The laser cleaning machine uses the high energy and short pulse time of a pulsed laser to concentrate the laser beam on a small area on the surface of the wood to form a high-energy density spot. After absorbing the laser instantly, the dirt and coating quickly heat up and expand, forming bubbles and bursting. This process can affect the dirt and coating of the wood's surface.
The laser cleaning process is non-contact and will not cause physical damage such as scratches and wear to the surface of the wood. This can maintain the original texture and gloss of the wood.
The laser cleaning machine has high controllability and can be precisely controlled according to the characteristics of the wood and the cleaning needs to adapt to different cleaning tasks.
Common types of stains:
Dust, grease, tiny particles, etc. These stains may adhere to the surface or inside of precision equipment, affecting its performance and precision.
Processing residues: such as cutting fluid, coolant, etc., may remain on precision instruments during mechanical processing.
Cleaning effect:
Laser cleaning machines can penetrate deep into tiny gaps and complex structures. This allows them to effectively remove attached stains and processing residues, restoring original performance and precision.
The laser cleaning process is precise and controllable, and will not cause any damage to precision instruments. The integrity and stability of their structure can be guaranteed.
Laser cleaning machines are highly efficient and automated. This makes the cleaning process faster and more convenient, improving production efficiency.
Non-destructive cleaning: Laser cleaning uses a non-contact working mode. Thus, it will not damage the surface of the substrate of the object being cleaned. This is especially important for objects such as precision instruments and fragile materials.
Quick cleaning: The cleaning efficiency of the laser cleaning machine is extremely high. It can complete the cleaning task of large areas or complex surfaces in a short time. This is due to the high energy density and precise control ability of the laser beam, which can quickly convert stains into a removable form.
Automated operation: The mobile laser cleaning machine can be used with a manipulator or an automated control system to realize automated cleaning operations. This will further improve cleaning efficiency and reduce manual intervention.
No chemical pollution: No chemical cleaning agents or solvents are required during the laser cleaning process, which avoids the environmental pollution problems that may be caused by traditional cleaning methods. At the same time, the waste generated by cleaning is mostly solid powder, which is easy to collect and treat.
Energy saving and emission reduction: The laser cleaning machine uses electricity as energy. Compared with traditional cleaning methods, it has lower energy consumption and less carbon emissions.
Cleaning of various substrates: The laser cleaning machine can be applied to the cleaning tasks of various substrates and has a wide range of applicability.
Cleaning of complex structures: The mobile laser cleaning machine can flexibly adjust the irradiation angle and focus position of the laser beam to achieve effective cleaning of the surface of complex structures.
Precise cleaning: The laser cleaning machine has high-precision control capabilities. It can accurately control parameters such as the energy density, irradiation time and irradiation position of the laser beam to achieve accurate cleaning and removal of stains.
High cleanliness: The surface cleanliness after laser cleaning is high. It can meet high standards such as precision processing and quality inspection.
Intuitive interface: Equipped with a simple and intuitive touch screen or control panel, it is easy to understand and operate.
Simple process: The operation process is simple and fast, and users can quickly get started without complicated training.
Flexible settings: Provide a variety of cleaning modes and parameter setting options. It can meet different cleaning needs.
Real-time feedback: Some models have real-time feedback function. It can help users adjust the cleaning strategy in time.
Humanized design: Consider ergonomics, such as adjustable handles, anti-slip design, etc., to improve operating comfort.
Provide comprehensive user training
On-site training: send experienced technicians to conduct on-site operation training. Through practical operation demonstrations and explanations, ensure that users master the correct use of the equipment, daily maintenance, and simple troubleshooting.
Remote guidance: use video conferencing, online tutorials, and other remote communication means to provide customers with remote training services. This method is flexible and convenient, especially suitable for customers with remote locations or tight times.
Training materials: provide detailed user manuals, operation guides, troubleshooting manuals, and other training materials for users to refer to at any time.
Customized solutions
Demand analysis: an in-depth understanding of customers' specific needs and usage scenarios. Including the material, shape, stain type, and cleaning requirements of the objects to be cleaned.
Scheme design: provide customized cleaning solutions according to customer needs. Including equipment selection, parameter setting, operation process, etc.
Installation and commissioning: responsible for the installation and commissioning of the equipment. Ensure that the equipment can operate normally at the customer's site and achieve the expected cleaning effect.
After-sales service support
Technical support: set up a special after-sales service hotline or online customer service platform. Answer questions and confusions encountered by users during use at any time.
Regular return visits: regular return visits to customers. Understand the use of equipment and user feedback, and provide technical support and solutions on time.
Spare parts supply: Provide spare parts supply services for equipment. Ensure that users can replace spare parts in time when equipment fails and restore the normal operation of the equipment.
Continuously optimize products
User feedback: Actively collect user feedback and suggestions. Understand the shortcomings of the product and the direction of improvement.
Technology research and development: Continuously invest in research and development to upgrade and optimize the product technology. Improve product performance and user experience.
New product promotion: Regularly introduce the characteristics and advantages of new products to users. Help users understand the latest industry dynamics and technology trends.
After reading this article, I believe you have a comprehensive understanding of mobile laser cleaning machine. If you are interested in laser cleaning machine, please click here to contact us to get an authoritative quotation!
