10W-15W uv laser

Nanosecond UV laser 0.02mm high precision cutting, drilling, engraving

Jun 16 , 2021

Nanosecond UV laser 0.02mm high precision cutting, drilling, engraving

Driven by emerging professional technologies such as artificial intelligence, robotics, 3D printing, and 5G technology, technology is changing the medical field in unprecedented ways. At the same time, under the background of the construction of a healthy China, my country's laser medical industry has a huge prospect and is expected to win a wave of rapid development dividends.


With the spread of the new crown epidemic on a global scale, the manufacturing industries of various countries have been greatly affected. The impact of the epidemic will accelerate the pace of manufacturing automation. In the "post-epidemic" era, both the new application of laser technology in the medical industry and the huge demand for new development of various laser medical equipment have emerged, or it will become a rebound in the manufacturing industry and the market. New momentum for growth. In the face of new opportunities and new outlets in the laser medical industry, the laser industry urgently needs to seize the opportunity in the fierce market competition and take the lead.

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The application of laser in the fight against the new crown


In the general environment of the epidemic, people’s demand for medical equipment such as masks, infrared thermometers, and disinfection supplies is increasing day by day. A large number of companies have poured into the army of medical equipment production. Although it has effectively increased the production capacity of medical equipment, it has also caused market confusion. , Product quality is uneven and many other chaos.


In order for consumers to buy safe and secure medical products, anti-counterfeiting technology is indispensable. As a justice ambassador for mask anti-counterfeiting safety, the laser marking machine uses a high-energy pulsed laser beam to control the path of the laser on the surface of the material to form an identification code that will never fall off on the outer layer of the mask. Any syrup wipe will not work. Facilitate the anti-counterfeiting and traceability of mask products.


Not only masks, but also other household essential products such as temperature guns, medical cotton swabs, and medical gauze during the epidemic can also use laser technology for anti-counterfeiting. Laser marking can be completed quickly without contact. The whole process is sterile and pollution-free, which can effectively improve the safety of medical equipment. Without laser marking, it will be difficult for consumers to identify whether they are buying fake or inferior products. It can be said that laser marking technology has played an important role in the fight against the epidemic.


The application of laser technology in the medical field


Ultraviolet lasers can create a more focused spot, and can maintain a small heat-affected zone, so as to achieve more precise micromachining. Especially in the ultraviolet (UV) wavelength and short pulse range, the surface of the material is quickly vaporized, which can be processed with higher precision and smaller size of medical equipment. To help medical materials prevent epidemics and anti-virus, lasers have shown great advantages in punching and marking technology


Application of laser technology in hospital construction


The construction of Wuhan Huoshenshan Hospital has allowed the world to witness the strong strength of China's engineering construction. Wuhan has built such a hospital at an alarming rate, which has helped many patients suffering from the epidemic in times of crisis. But what many people don't know is that behind the completion of the Vulcan Mountain Expressway, laser technology has also played many key roles.

The application of laser micro-cutting on metals, non-woven fabrics, plastics and other materials makes its advantages such as high efficiency, high quality, and environmental protection more significant. The medical beds and monitoring equipment required by hospitals require a large amount of sheet metal processing in the manufacturing process. This link is mainly completed by laser sheet metal processing equipment; compared with traditional processing methods, laser technology processing pipes is not only accurate, but one-time There is no need for secondary punching for molding, no burrs on the surface, no manual grinding and deburring, which greatly improves processing efficiency, quality and user experience.


In addition to the application of the above three areas, there are many areas in the anti-epidemic campaign that we cannot see that have the shadow of laser technology. The infrastructure such as the internal decoration of the hospital construction, such as wiring, lamps, tables and chairs, air conditioners, pipes, etc., all have traces of laser marking, and the engraving and printing of some food and drug packaging cannot be separated from the role of lasers.


Since the application of laser technology to the medical field, laser medicine has developed rapidly and formed a mature and stable market. I believe that in the future, the influence of laser technology will further expand, affecting all aspects of our lives. RFH laser, after more than ten years of laser product research and development, is committed to bringing better laser technology services to the majority of businesses. In the next 10 years, as the laser industry is moving towards a period of prosperity, we will bring better products and services to the market.

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