nanosecond uv lasers Paint Removal & Paint Stripping on glass To meet the market demand, RFH newly developed S9 series UV laser in 2020. Comparing with its kinds, S9 series UV laser features with rugged sealed cavity, extremely compact size, simple and robust, high stability, high efficiency, high reliability and excellent laser beam quality.Its compact design suggests no necessity in building big light path, which greatly reduces space and cost and makes it easy to be installed into UV laser marking machines. In addition, S9 series cavity structure is more stability and more excellent scalability, which means the same laser cavity can be produces multi-power lasers , and the stability of different power ranges is greatly improved

RFH, which opened in Guangdong, made a lot of preparations for this exhibition, and focused on promoting its flagship product nanosecond uv lasers source. RFH nanosecond uv lasers source launched a black plastic laser two-dimensional code marking performance at the exhibition site.

355nm nanosecond uv laser wire marking,the leading solid state laser manufacturer S9-Y series solid state pulsed UV laser is ultra compact. The whole part of power supply is integrated into the laser head. This makes the size of the laser more smaller, and the integration into a system more easier and convenient. S9-Y series is of short pulse width(<12ns@30k)，superior beam quality(M²<1.2) and perfect laser sport quality(beam circularity>90%).

Cary from Malaysia recently came to RFH and wanted to order a 15w UV laser Expert III 355 series through RFH for glass stripping.

wafer processing with solid-state Q-switched nanosecond uv lasers

laser printing on cardboard with solid-state Q-switched nanosecond uv lasers

Have you ever wondered how those intricate markings and codes on food packaging bags are created? Well, let me introduce you to the game-changer in the packaging industry – RFH Solid-State Q-Switched Nanosecond UV lasers! These powerful and precise lasers have taken food packaging to a whole new level, ensuring safety, reliability, and a touch of cutting-edge technology.  

In recent years, the Australian artisan community has witnessed a remarkable transformation with the advent of the RFH 355nm Nanosecond UV Laser. This cutting-edge laser technology has revolutionized the field of FPC cover film drilling, empowering artisans to push the boundaries of precision and intricacy in their craftsmanship.  

In the world of 3D printing, the continuous pursuit of faster and more precise printing technologies has led to the development of the 5W nanosecond UV laser. This cutting-edge laser technology has revolutionized the field of stereolithography (SLA) printing, offering unprecedented speed and accuracy. In this article, we will delve into the workings of the 5W nanosecond UV laser and its impact on 3D SLA printing.  

Acrylic, with its exceptional clarity, durability, and versatility, has become the material of choice for a wide range of applications, from signage and displays to electronic components and decorative items. As industries strive for perfection and seek innovative ways to mark and personalize acrylic products, nanosecond UV laser technology emerges as a game-changer, offering unmatched precision and efficiency.  

Ceramic cups have long captivated our senses, offering a vessel that not only indulges our thirst but also elevates our drinking experience to a realm of elegance and sophistication. With the advent of 355nm nanosecond UV laser engraving technology, this ancient vessel of beverage has been bestowed with a remarkable transformation, transcending its humble origins and becoming an exquisite canvas for artistic expression.  

First, a brief introduction to high-power nanosecond UV lasers. Nanosecond ultraviolet laser is a device that uses high-energy laser pulses to process the surface of materials. Its pulse width is usually between a few to tens of nanoseconds. Its working wavelength is usually in the ultraviolet band, with higher photon energy and better beam quality. This kind of laser is widely used in various material processing fields, such as glass, ceramics, metal, etc.