Nanosecond green laser internally engraving glass, 3D stereoscopic effect is very obvious. Internal carving glass technology of 532nm green laser is recognized by customers Russian customer has once again placed an order to purchase 532nm green laser for  internally engraving glass.     In 13 years of development, the 532nm green laser developed and produced by RFH is widely used in glass interior carving, which can perfectly display the pattern of three-dimensional effects.

Nanosecond green laser drilling and cutting tempered glass   Glass laser cutting technology is mainly used in 3C electronic products, flat panel displays, utensil manufacturing and other products, and is widely used in products with high demand and stability. The size and quality of the drill hole also determines the quality of the product, so major manufacturers are trying their best to improve the quality of the drill hole.

Nanosecond green laser marking on glass, more three-dimensional   With the gradual increase in glass production and processing requirements, glass marking technology is also constantly improving, and achieving more effects on glass has become the goal of glass marking technology.

RFH nanosecond green laser used to mark Italian customers' home appliances   Today, with the continuous development of home appliances, the appearance of the home appliances and the information marking of the home appliances are particularly important. The RFH nanosecond green laser has recently been loved by Italian customers. He expressed interest to RFH through video and watched RFH's marking demonstration of its samples.

RFH nanosecond green laser engraving patterns in acrylic glass   Since its appearance in China, glass materials have been widely used and paid attention to by people. The glass utensils that can be seen everywhere in life indicate the unshakable status of glass materials in human society. Acrylic glass is a kind of plexiglass, a thermoplastic with excellent light transmittance, and can be processed in a variety of ways. Acrylic interior carving can be decorated with various shapes and texts in the panel, making the acrylic panel more refined and showing the desired graphic style.

RFH nanosecond green laser marking on the surface of the glass pot   Glass is widely used in our lives. Glass jugs can hold good-looking beverages and can withstand high temperatures. They are both practical and ornamental. RFH green laser has participated in the production of many glass jugs, marking the appearance of glass jugs.  

RFH Nanosecond green laser marking date on olive oil bottle Olivilan olive oil is a product dedicated to the promotion and popularization of domestic Mediterranean diet culture and leading the quality of olive oil in the world. It has been working hard to maximize the nutritional value of olive oil for Chinese people. If you want to ask about Olivia's olive oil partners, you have to mention the RFH that marks the Olivia's bottle.

Teacher Wu from Jingdezhen Ceramics School recently came to RFH, hoping to buy a machine suitable for engraving on ceramics to demonstrate to students in practical classes. The sales staff of RFH warmly received him and introduced the basic situation of nanosecond green laser to him.

Why is RFH nanosecond green laser suitable for engraving PCB board PCB board, also known as printing line board, is an important electronic component, a supporting body of electronic components, and a carrier for electronic components to connect to each other. Nowadays, many electronic devices are supported by PCB boards, creating software and hardware on it, and can be given to the PCB product information more clearly through the QR code.

Singapore customer satisfied with RFH nanosecond green laser cutting 5mm thin glass     Glass has a very important application in our daily life, especially the use of thin glass occupies an important position in various fields. For the cutting of thin glass, how to make it accurately produced without breaking due to excessive stress during the production process has become a big problem.