Advantages Of Plastic Laser Marking
Laser marking of plastic involves marking or labeling plastic components with the aid of a laser. Laser marking means no contact between the plastic and the laser. The plastic absorbs the laser beam to produce the end product. There are different methods used to mark the plastic components, and some are dependent on the type of polymer used. The results of the laser marking process vary to a significant extent due to the different types of plastics and various additives, as well as the type of laser available. Many Plastics, as well as thermoplastics, can be laser marked. For those that appear to be impossible to laser mark, additives for plastic laser marking are essential to change the chemical properties and achieve your laser marking goals. Colour pigments as additives can also influence the success of the component marking process. Plastic laser marking is increasingly becoming the preferred option when it comes to marking plastics. It has become more critical in the context of traceability and quality assurance. Below we discuss the advantages of plastic laser marking.
Laser marking is extremely becoming more and more popular in industrial applications due to their reliability. The laser marking equipment is easy to integrate into the production line and require little to no maintenance time. Being extraordinarily robust and forgery-proof means that the application can only be of high quality. Plastic laser marking produces permanent marking and waterproof, as well as wear and tear-resistant products. The products are also usually resistant to some amounts of chemicals.
Plastic laser marking offers maximum flexibility due to the non-contact nature of the marking process. This means that normally hard to reach areas can be easily accessed for marking. The fact that no contact is experienced during the laser plastic marking ensures that there is no wear or tear of the tools due to extensive use. The non-contact aspect also means no consumables are required for the equipment, such as chemicals or inks. Laser marking does not remove or tamper with the material being marked; what happens is the laser heats up an area and causes oxidation on the surface, which in turn leaves a permanent mark. The material remains free from tension or pressure, ensuring a consistently uniform result is achieved.
The process of plastic laser marking leaves extremely precise and accurate high quality marks easily recognizable by the human eye as well as being capable of being traced back to their origin. It is also possible to work with extremely small components, producing small but high-quality marks. It is important for the plastic components to be traceable due to the high number of parts sometimes being marked being traced back to their sources whenever necessary. The laser beams used to mark small components are reliable, strong, and highly controllable in order to produce the quality expected. The process of laser marking plastic components is a very safe process for the workers operating the laser equipment as well as the end products that are prepared and delivered to the clients.
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Laser marking of plastic involves marking or labeling plastic components with the aid of a laser. Laser marking means no contact between the plastic and the laser. The plastic absorbs the laser beam to produce the end product. There are different methods used to mark the plastic components, and some are dependent on the type of polymer used. The results of the laser marking process vary to a significant extent due to the different types of plastics and various additives, as well as the type of laser available. Many Plastics, as well as thermoplastics, can be laser marked. For those that appear to be impossible to laser mark, additives for plastic laser marking are essential to change the chemical properties and achieve your laser marking goals. Colour pigments as additives can also influence the success of the component marking process. Plastic laser marking is increasingly becoming the preferred option when it comes to marking plastics. It has become more critical in the context of traceability and quality assurance. Below we discuss the advantages of plastic laser marking.
Laser marking is extremely becoming more and more popular in industrial applications due to their reliability. The laser marking equipment is easy to integrate into the production line and require little to no maintenance time. Being extraordinarily robust and forgery-proof means that the application can only be of high quality. Plastic laser marking produces permanent marking and waterproof, as well as wear and tear-resistant products. The products are also usually resistant to some amounts of chemicals.
Plastic laser marking offers maximum flexibility due to the non-contact nature of the marking process. This means that normally hard to reach areas can be easily accessed for marking. The fact that no contact is experienced during the laser plastic marking ensures that there is no wear or tear of the tools due to extensive use. The non-contact aspect also means no consumables are required for the equipment, such as chemicals or inks. Laser marking does not remove or tamper with the material being marked; what happens is the laser heats up an area and causes oxidation on the surface, which in turn leaves a permanent mark. The material remains free from tension or pressure, ensuring a consistently uniform result is achieved.
The process of plastic laser marking leaves extremely precise and accurate high quality marks easily recognizable by the human eye as well as being capable of being traced back to their origin. It is also possible to work with extremely small components, producing small but high-quality marks. It is important for the plastic components to be traceable due to the high number of parts sometimes being marked being traced back to their sources whenever necessary. The laser beams used to mark small components are reliable, strong, and highly controllable in order to produce the quality expected. The process of laser marking plastic components is a very safe process for the workers operating the laser equipment as well as the end products that are prepared and delivered to the clients.
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