3W 5W uv laser source marking shell phone case of HUAWEI Mate 40 After HUAWEI Mate 40 launched, many mobile phone shell producers begin to mass produce the HUAWEI Mate 40 shells. Recently, we received a message sent from a client from Zhejiang. He mentioned that he was looking for a laser to do the laser marking on the mobile phone shell and we recommended RFH 355 series UV laser.   Using RFH 355 series UV laser to laser mark on HUAWEI Mate 40 shell can make the patterns and characters on the shell more clear and long lasting even under the circumstance of oxidation and constant friction with users’ hands. Therefore, the mobile phone shell can be used for a long time so that its value and performance can be maximized with minimum cost.     

355 UV laser performs precise marking on HUAWEI Mate 40 mobile phone shell After HUAWEI Mate 40 launched, many mobile phone shell producers begin to mass produce the HUAWEI Mate 40 shells. Recently, we received a message sent from a client from Zhejiang. He mentioned that he was looking for a laser to do the laser marking on the mobile phone shell and we recommended RFH 355 series UV laser.   Using RFH 355 series UV laser to laser mark on HUAWEI Mate 40 shell can make the patterns and characters on the shell more clear and long lasting even under the circumstance of oxidation and constant friction with users’ hands. Therefore, the mobile phone shell can be used for a long time so that its value and performance can be maximized with minimum cost.     

3W 5W UV laser source for SLA 3D printing   Early this month, Jason, who is the boss of 3D model producer, asked about what kind of laser is suitable for Photopolymer SLA process and we recommended S9 series UV laser.  RFH 355 series UV laser features high efficiency, stable laser output and compact design, making it the suitable laser for Photopolymer SLA process. This UV laser has a laser wavelength at 354.7nm with repetition rate up to 200kHz. Its laser power ranges from 3w to 10w absolutely assured in all repetition rates. Besides, it is characterized by exceptional beam quality (M²<1.2) ,relatively short pulse width <12ns@30k with little heat transfer to surrounding material during the marking process.   In addition, this UV laser is designed with unique Q-switching technology and supports communication with computer. RS232 control interface ensures easy control of the laser from the outside, which reduces the labor cost to a large extent. Such an easy-to-use, easy-to-install and compact laser can meet the different needs of Photopolymer SLA process.  

RFH UV laser marking Iphone12 earphone and charger   As a leading solid-state laser manufacturer with 13-year experience, RFH nanosecond solid-state UV laser is applicable to mark on plastic charger with outstanding marking effect.    For plastic charger marking, it is suggested to use RFH S9 series UV laser with excellent marking performance.   A Shenzhen UV laser marking manufacturer saw most of his peers use RFH UV laser. The marking effect of RFH UV laser is excellent. Comparing with oil, RFH UV laser has lower energy consumption, longer life time and is easier to use and widely used on different materials such as various tubes, plastic film, plastic bottle cap and other materials like PPR, PVC and PE. Seeing so many outstanding features of RFH UV laser, he paid a visit to RFH with a sample and ask for proofing.  

3w5w UV laser marking pharmaceutical packaging is safe and secure In the past, the ink jet printer used in the factory to mark the date and bar code of pharmaceutical packaging bags, but the ink jet coding effect was not environmentally friendly and easy to be falsified, the forgery effect was limited, and the drug safety was extremely risky.  

355nm UV laser marking ceramics highlights high quality   The customer Jack from Singapore wants to purchase a UV laser for marking on ceramics. Compared with the traditional ink jet coding method, RFH UV laser marking is not easy to be altered, is environmentally friendly, and has anti-counterfeiting effects, which fully meets his requirements.

Russian food processing company buys RFH UV laser marking bags The unique secret of 355nm nanosecond UV laser marking food packaging bags 3w5w UV laser can complete the date marking of food packaging bags in less than 1 second

Plastic bag packaging date, marking with 355 UV 3w laser is textured   3w5w UV laser marking plastic bag date, better than ink coding Be responsible! RFH nanosecond solid-state laser marks the date of plastic packaging bags, safe and secure   According to national regulations, the production date must be marked on the plastic packaging bag, otherwise it will be regarded as illegal production. No matter what kind of product it is, important information needs to be sprayed on the packaging to warn consumers. So, how to spray code on the surface of plastic packaging?

RFH 3w 5w uv laser source is a perfect combination of laser technology and 3D printing technology, and has developed a new world in the field of aerospace. RFH 3w 5w uv laser source plays the role of additive manufacturing in 3D printing technology, which can help to quickly manufacture structural and functional parts, and can customize desired parts according to requirements.

RFH UV laser is currently the most commonly used UV laser source for SLA 3D printers on the market. Some RFH UV lasers can be selected with multiple frequencies, which can meet the curing needs of different resins to the greatest extent.

RFH 5W uv laser source module engraving wood 355 nm output wavelength, Up to 200 Hz repetition rate; laser power ranging from 3w-10w; Continuous tuning of repetition rate while maintaining constant pulse energy, superior beam pointing and energy stability make the S9 the first choice for micromachining, marking and thin film removal applications   

3w 5w uv laser source engraving “marking” of select coated and uncoated glass Laser etched graphics, icons and unique identifiers (QR codes and barcodes) These two methods of laser engraving and etching add to the company’s Total Solution approach of single-point accountability for fabricated specialty glass components.