RFH UV laser: the cold processing choice for marking plastic beverage bottles
Oct 19 , 2023
In the packaging industry, especially in the field of beverage packaging, the demand for marking plastic bottles is increasing day by day. This is not only for aesthetics, but also involves the labeling of important information such as product traceability, production date, and shelf life. Traditional marking methods are often affected by heat and can easily cause deformation or damage of plastic materials. RFH's UV laser provides a perfect solution to this problem.
A. Cold processing characteristics: The biggest feature of UV laser is its cold processing characteristics. Because the wavelength is shorter and the energy is more concentrated, it has minimal thermal impact when it acts on materials. This makes the plastic material less prone to melting, deformation or other damage during the marking process.
B. High definition: UV laser can achieve ultra-high-precision marking, ensuring that information is clear and legible, meeting the marking needs of consumers and manufacturers.
C. Fast marking: RFH UV laser has high-speed marking capabilities and meets the practical application needs of large-scale, high-speed production lines.
D. Environmentally friendly and pollution-free: Compared with ink marking or other chemical methods, laser marking is a physical process that does not produce any chemical residue and is more environmentally friendly.
E. Durable and wear-resistant: The marks marked by laser on plastic bottles are not easy to wear and tear, and the marks are still clearly visible even during transportation and storage.
In the field of beverage packaging, the marking of plastic bottles has become a standardized requirement. The choice of marking technology is directly related to the quality and efficiency of marking. With its cold processing characteristics, RFH's UV laser provides an efficient, clear and durable marking solution for plastic beverage bottles, which is increasingly favored by manufacturers and consumers.
