S9 UV cold laser wins the favor of electronic chip customers with high gold content technology The UV solid-state laser developed and produced by RFH can clearly engrave bright words and patterns on the IC chip shell in the marking process. Even if it is heated in use, it will not be separated at all. It is a direct choice and an ideal way for small chips to attach words.

Hyperfine marking of electronic components by 355nm UV solid state laser The UV solid-state laser developed and produced by RFH can clearly engrave bright words and patterns on the IC chip shell in the marking process. Even if it is heated in use, it will not be separated at all. It is a direct choice and an ideal way for small chips to attach words.

355 UV laser uses cold light to process lithium battery protection plate, and the thermal -affected zone is small.   Lithium batteries are widely used in a series of electronic devices such as mobile phones and digital cameras, and their surface needs to be engraved with clearly visible information and word. The RFH 355 UV laser, jointly created by professors at home and abroad, can engrave the required characters and patterns on the surface of the lithium battery during marking, but it will not damage the important performance of the lithium battery itself

UV laser engraves graphics and word on the surface of lithium battery without damaging the battery Lithium batteries are widely used in a series of electronic devices such as mobile phones and digital cameras, and their surface needs to be engraved with clearly visible information and word. The RFH 355 UV laser, jointly created by professors at home and abroad, can engrave the required characters and patterns on the surface of the lithium battery during marking, but it will not damage the important performance of the lithium battery itself.

Plastic bottle laser coding uses S9 ultraviolet laser, the date cannot be erased S9 UV Laser for Food Packaging Bag Plastic Bottle Coding S9 UV laser marking date on food plastic bottle   What is UV laser marking? Laser technology is used for non-contact marking on the surface of the material. Because it is not affected by mechanical movement, the surface will not be deformed, and it is not affected by the elasticity and flexibility of the material, which is convenient for processing and engraving on soft materials. With high processing precision and fast speed, it is widely used in 3C electronics industry, food carton packaging, plastic packaging, glass materials and other fields.  

Plastic bottle laser coding uses S9 ultraviolet laser, the date cannot be erased S9 UV Laser for Food Packaging Bag Plastic Bottle Coding S9 UV laser marking date on food plastic bottle   What is UV laser marking? Laser technology is used for non-contact marking on the surface of the material. Because it is not affected by mechanical movement, the surface will not be deformed, and it is not affected by the elasticity and flexibility of the material, which is convenient for processing and engraving on soft materials. With high processing precision and fast speed, it is widely used in 3C electronics industry, food carton packaging, plastic packaging, glass materials and other fields.  

Plastic bottle laser coding uses S9 ultraviolet laser, the date cannot be erased S9 UV Laser for Food Packaging Bag Plastic Bottle Coding S9 UV laser marking date on food plastic bottle   What is UV laser marking? Laser technology is used for non-contact marking on the surface of the material. Because it is not affected by mechanical movement, the surface will not be deformed, and it is not affected by the elasticity and flexibility of the material, which is convenient for processing and engraving on soft materials. With high processing precision and fast speed, it is widely used in 3C electronics industry, food carton packaging, plastic packaging, glass materials and other fields.  

S9 UV laser marking PCB circuit board QR code S9 UV laser has long life and strong stability 355nm UV laser has cutting, marking and drilling technology   With the development of science and technology, the demand for smart products is increasing rapidly and becoming more and more popular. The representative one is intelligence, integrated communication, audio, and multimedia. In addition to powerful intelligent technology, its manufacturing process is becoming more and more sophisticated. Behind the thinner and lighter smartphones, there are high requirements for integrated hardware, such as circuit board integration and semiconductor chip integration. How to complete the manufacturing and processing of these integrated hardware? This has to be said, the classic version of the 355nm UV laser of the RFH brand.