
Have you ever noticed the logo on the back of your mobile phone,the logo in the earphone compartment,and the hair-thin specifications on medical equipment?These seemingly ordinary marks are all based on the same precision technology-UV nanosecond laser processing.
Its ability goes far beyond this.When people are still stuck in the”marking”cognition of laser processing,the ultraviolet nanosecond laser has already shone brightly in the field of precision manufacturing.It can not only with μm precision“paint”on the surface of the material,but also turn into”light blade,”precision cutting all kinds of high-tech materials.From flexible FPC circuit boards to brittle ultra-thin glass,from medical devices to new energy batteries,this technology is redefining the standard of”precision manufacturing”in countless invisible details.
The UV nanosecond laser uses a unique“cold processing”mechanism,based on 355nm ultraviolet photon and nanosecond ultra-short pulse to achieve material removal,almost no thermal effect,with high precision,wide adaptability,low thermal loss,high efficiency and environmental protection without pollution advantages.

△Laser Markup
Permanent marking can be completed on the glass surface,used for corporate Logo,traceability bar code,etc.,marking clear and durable,effectively avoiding the micro-crack problem caused by traditional mechanical methods.
Widely used in medical and medical equipment shell,electronic components,semiconductor chips(such as IC marking)and other fields of marking.Achieve no carbonization,no melting of high contrast mark(serial number,two dimensional code,Logo,etc.),to prevent the phenomenon of coke paste,thermal impact is far lower than infrared laser.
High contrast marking can be done on surfaces such as anode aluminum and galvanized steel plate,and the marking is clear and resistant to wear and does not damage the substrate.
For electronic ceramics,medical device coding,etc.,the marking is precise and unbreakable,meeting the requirements of industrial-grade durability.

△Laser Cutting
Suitable for FPC flexible circuit board,PET,PI,PVC and other materials of precision cutting,narrow slit,high edge quality,significantly improve the yield of PCB and soft board components.
For metal foil sheets such as copper,aluminum and stainless steel(thickness≤0.5mm),it can achieve fine cutting without thorns and deformation,with a very small thermal impact area,and is widely used in the manufacture of electronic components,sensors and other precision parts.
Including ultra-thin glass,silicon wafers,ceramic substrates,etc.,ultraviolet nanosecond lasers can complete high-precision orthogonal cutting,avoiding material fragmentation and micro-defect expansion.
UV nanosecond lasers not only perform remarkably well in applications,but their technical core more consolidates many advantages,truly achieving the unification of precision,efficiency and stability.Hublot ultraviolet nanosecond lasers combine these advantages with industrial-grade design and intelligent control to provide customers with a reliable and efficient machining experience.The core advantages of Huachuang Hongdu UV nanosecond lasers are detailed:

△ Huachuang Hongdu UV Nanosecond Laser-General Technical Parameters(Can be Customized on Demand)

△ UV Nanosecond High Power Typical Beam Mass(left)Typical Light Spot(right)

△Huachuang Hongdu UV Nanosecond Maser-25W
UV nanosecond laser technology is redefining the boundaries of precision manufacturing,from surface marking with micron-level precision to fine cutting of complex materials.Its applications in consumer electronics,medical equipment and new energy are becoming more and more in-depth.Huachuang Hongdu UV nanosecond laser combines high precision,high efficiency and high reliability into one.With excellent beam quality,stable power output and industrial-grade durable design,Huachuang Hongdu provides powerful processing support for customers.
If you would like to know about the application potential of UV nanosecond lasers in specific materials or processes,you are welcome to contact us at any time!

