RFH 10W UV Nanosecond Laser Marking New Technology: Shell Surface Embossing
The artistic feature of shell carving is to apply art according to the material, to take the shape according to the material, with brilliant brilliance and exquisite craftsmanship. RFH S9 series 10w UV laser provides rich artistic expression for shell embossing.
The RFH UV nanosecond laser uses a self-developed power supply solution, which has the characteristics of low power consumption, stability, and high efficiency. Due to its small size, it can be easily used without enlarging the optical path, saving enterprise costs. Unlike traditional lasers, RFH UV lasers support communication with computers, and can control the lasers externally, so that the finished product has consistent quality control.
In addition, due to the all-digital intelligent power control technology, it has the characteristics of simple operation and convenient monitoring, and it also provides convenience in maintenance. In addition, RFH UV lasers are extremely precise in the production of shell embossing and are able to meet the embossing production on smaller shells, which is in line with current market findings.
RFH has more than 16 years of research and development technology accumulation in the laser field. The domestic and foreign professors and doctoral R&D teams have the strength to independently develop power supplies. This is the advantage of RFH, and it is also the reason why many customers are very relieved and loved. It is believed that RFH can continue to advance in future production and R&D, allowing more industries to make a qualitative leap and make great progress.
Expand understanding of S9 series 10w UV laser:
Entsprechend den Anforderungen der Marktentwicklung hat Shenzhen RFH Laser Technology Co., Ltd. die S9-Serie von Split-Lasermaschinen neu auf den Markt gebracht, darunter wassergekühlte und luftgekühlte. Im Vergleich zu ähnlichen Produkten ist die S9-Serie kleiner, raffinierter im Design und stabiler in der Lichtleistung. Das kleine und exquisite Design bedeutet, dass Benutzer den optischen Pfad nicht vergrößern müssen, was die Kosten erheblich senken und Platz sparen kann, und kann problemlos im Bereich fliegender Markierungsgeräte installiert werden. Der S9 UV-Laser ist nicht nur klein, sondern verfügt auch über eine stabilere Hohlraumstruktur und eine stärkere Dehnbarkeit als vergleichbare Produkte. Derselbe Hohlraum kann Laser unterschiedlicher Leistung erzeugen, und die Stabilität verschiedener Leistungsbereiche wurde erheblich verbessert.
