Why Microelectronics Processing Applications Benefit From RFH UV Lasers   Ultraviolet lasers power a wide range of industrial manufacturing, especially in microelectronics and display manufacturing. This is because UV light has unique properties that enable micromachining and other structuring of parts with greater precision and less thermal damage.

High-power UV lasers meet growing demand for precise, chip-free cutting of thin glass   Glass is almost everywhere and has been around for over 5,000 years. Therefore, it is easy to overlook the fact that it is a unique material with a very useful combination of physical properties. The most obvious of these, and the most valuable, is that it is transparent.

Thin-walled glassware engraving still needs the S9 UV laser to play an important role   Both UV lasers and CO2 lasers can be used for glass engraving, but if it is used for laser engraving of thick-walled large-format glassware, in most cases, the high-power CO2 laser will be selected. In front of thin-walled glassware such as wine glasses, the RFH 355nm UV laser is a more suitable solution, because its wavelength is 355nm, the power range is 3w-20w, the precision focusing spot is extremely small, and the processing heat affected zone is small, it will not produce The thermal effect will not cause the problem of material burning, the processing quality is higher, and the perfect engraving of glass can be achieved.

355nm UV laser cold light source marking mobile phone plastic shell   The mobile phone case is not only an accessory that protects the phone from damage, but also an accessory that expresses one's own personality and enhances the freshness of the phone. The surface of the plastic case in the phone case can be marked with different patterns, and it is designed to reflect the original personality. Interpretation patterns.

What materials can the 355nm UV laser mark on?   At present, many small and medium-sized enterprises have a wide production range and produce many types of products. In the process of laser marking, cutting, and scribing, a lot of unnecessary costs will always be added, and the research on RFH ultraviolet lasers is very important. solve these problems well.

15w20w high power UV laser is used in the assembly line for battery panel coding   Batteries of different sizes are used in various mechanical, electronic, household appliances and other products, so their production requires cutting and coding of different shapes and sizes to complete. In the past, battery panel manufacturers usually used ink-jet printers to mark the text and desired patterns on the surface of the panel, but now laser technology can perfectly replace the use of ink-jet codes.

UV nanosecond laser marking plastic auto parts, accompany you to travel safely   The development of automobiles has greatly facilitated human life, and the research and development of new energy vehicles has combined greenness and convenience. Plastic auto parts occupy an important position in the development and installation of automobiles, but the complex shape and a large number of demands make the marking of characters more complicated, and the RFH UV nanosecond laser can solve this problem very well.

RFH 355nm UV Laser Cold Light Source Marking Plastics, No Carbonization, No Burning   In the surface marking of plastics, there are always problems such as material being scorched, but the research and development of RFH 355nm UV laser has completely solved this problem, allowing more small and medium-sized growth enterprises whose main business is plastic marking to survive and room for development.