RFH 355nm UV laser non-contact marking chocolate packaging bag production date For chocolate packaging bag marking production date, choose RFH UV laser UV laser non-contact marking to ensure food safety   The most impressive Dove advertisement is the chocolate advertisement shot by Audrey Hepburn. It is elegant and temperamental, and beautiful to the bottom of the heart. Although there is no line, it makes people see the most beautiful appearance of love. In addition to the fragrant and silky smoothness of Defu Chocolate, the production date of the packaging is also non-contact marked with a UV laser, which provides a guarantee for food safety. What is UV laser marking?

RFH 355nm UV laser non-contact marking chocolate packaging bag production date For chocolate packaging bag marking production date, choose RFH UV laser UV laser non-contact marking to ensure food safety   The most impressive Dove advertisement is the chocolate advertisement shot by Audrey Hepburn. It is elegant and temperamental, and beautiful to the bottom of the heart. Although there is no line, it makes people see the most beautiful appearance of love. In addition to the fragrant and silky smoothness of Defu Chocolate, the production date of the packaging is also non-contact marked with a UV laser, which provides a guarantee for food safety. What is UV laser marking?

RFH 3W5W laser solves the problem of wafer scribing, cutting and marking at one time UV laser marking machine manufacturers buy UV lasers for wafer micro-hole and blind hole processing   Wafer-scribing cutting and marking process are complicated. Ordinary cutting and marking technology can not meet the scribing process of wafer, micro-holes and blind hole processing, but RFH UV laser can easily do the work.   RFH's UV laser can solve all the problems of scribing, cutting and marking on the wafer at one time, and can absolutely guarantee the accuracy of dots during scribing and the smoothness of the cutting board. At the same time, RFH's UV laser can clearly etch text or patterns on silicon wafers during marking.

UV laser is used in wafer micro-hole and blind hole processing and scribing Wafer-scribing cutting and marking process are complicated. Ordinary cutting and marking technology can not meet the scribing process of wafer, micro-holes and blind hole processing, but RFH UV laser can easily do the work.   RFH's UV laser can solve all the problems of scribing, cutting and marking on the wafer at one time, and can absolutely guarantee the accuracy of dots during scribing and the smoothness of the cutting board. At the same time, RFH's UV laser can clearly etch text or patterns on silicon wafers during marking.

High-speed engraving of word and LOGO on switch panel by UV laser Engraving word on the plastic switch, use a 3W ultraviolet laser What laser light source is good for switch engraving logo   Title 2: Engraving text or LOGO on plastic switch panel, RFH ultraviolet laser: fast speed, high precision, high stability   Laser marking can use three kinds of light sources, such as fiber laser, CO2 laser, and ultraviolet laser. Fiber laser, usually used for marking and engraving on the surface of metal objects; CO2 laser, usually used for fabric, acrylic engraving and cutting; The ultraviolet laser is used in the plastic marking industry in a dominant position, and neither optical fiber nor CO2 can shake its position. Therefore, the engraving on the switch panel, the engraving of text on the plastic switch, and the engraving of the logo on the switch are non-UV laser sources.  

High-speed engraving of word and LOGO on switch panel by UV laser Engraving word on the plastic switch, use a 3W ultraviolet laser What laser light source is good for switch engraving logo   Title 2: Engraving text or LOGO on plastic switch panel, RFH ultraviolet laser: fast speed, high precision, high stability   Laser marking can use three kinds of light sources, such as fiber laser, CO2 laser, and ultraviolet laser. Fiber laser, usually used for marking and engraving on the surface of metal objects; CO2 laser, usually used for fabric, acrylic engraving and cutting; The ultraviolet laser is used in the plastic marking industry in a dominant position, and neither optical fiber nor CO2 can shake its position. Therefore, the engraving on the switch panel, the engraving of text on the plastic switch, and the engraving of the logo on the switch are non-UV laser sources.  

High-speed engraving of text and LOGO on switch panel by UV laser Engraving text on the plastic switch, use a 3W ultraviolet laser What laser light source is good for switch engraving logo   Title 2: Engraving text or LOGO on plastic switch panel, RFH ultraviolet laser: fast speed, high precision, high stability   Laser marking can use three kinds of light sources, such as fiber laser, CO2 laser, and ultraviolet laser. Fiber laser, usually used for marking and engraving on the surface of metal objects; CO2 laser, usually used for fabric, acrylic engraving and cutting; The ultraviolet laser is used in the plastic marking industry in a dominant position, and neither optical fiber nor CO2 can shake its position. Therefore, the engraving on the switch panel, the engraving of text on the plastic switch, and the engraving of the logo on the switch are non-UV laser sources.  

SLA light-curing 3D printer manufacturer buys RFH 355 ultraviolet laser Diode pumped solid-state laser, wavelength 355nm, used for 3D SLA light curing  355nm UV laser used in SLA 3D printer Today, we received an inquiries from SLA light-curing industrial-grade 3D printer manufacturers. Laser type requirements: diode-pumped solid-state laser, wavelength 355nm.   We recommend the RFH Expert Ⅱ 355nm UV laser to our customers. This model has excellent spot quality M²<1.2; export spot ellipticity>95%; fast cutting and marking speed; high precision, high power stability; internal cavity The self-purification system, the laser is long-lived and durable; the unique Q-switching control technology is suitable for various laser application control needs, and it also supports communication with the computer, which can maintain consistent and stable quality under extreme industrial and scientific research conditions.