Tianji Xing releases ultra-precise picosecond laser marking machine, empowering high-end manufacturing with ultra-precis

Recently, Tianjixing Laser officially launched its new ultraviolet picosecond laser marking machine. With its ultra-short pulse, cold processing characteristics, and flexible industrial-grade design, it provides a new generation of high-precision, low-damage marking solution for the high-end precision manufacturing field, helping enterprises overcome challenges related to sensitive materials and ultra-fine marking.
Industrial-grade flexible design, adaptable to diverse production scenarios
This UV picosecond marking machine adopts an industrial-grade cabinet structure measuring 140cm×100cm×88cm. Equipped with universal foot cups and rollers at the bottom, it can be quickly moved and leveled, adapting to flexible workshop layouts and temporary workstation requirements. With an open large platform design, it supports large-size workpieces and multi-station batch operations. At the same time, it retains a height-adjustable laser head structure, allowing precise adaptation to products of different thicknesses and shapes, balancing production efficiency and operational convenience.
Ultrashort pulse cold processing overcomes the challenge of marking sensitive materials
Relying on ultraviolet picosecond-level ultrashort pulse technology, this equipment achieves "cold processing" marking with minimal heat-affected zone, perfectly addressing the pain points of traditional laser equipment, such as material deformation and carbonization. It can be widely applied to the following highly sensitive materials:
Electronic semiconductors: ultra-fine line width circuit marking and QR code labeling for chips, wafers, and flexible PCB boards, without damaging the substrate or affecting electronic performance;
Precision ceramics/glass: micro-hole processing and precision scale marking of ceramic substrates, optical glass, and sapphire, with smooth edges and no cracks;
Polymer materials: Fine patterning and traceability code marking of flexible materials such as PI film, PET, and medical silicone, with no heat shrinkage or scorched edges;
Precious metals/jewelry: Micro-carving and anti-counterfeiting marks on gold, platinum, and K-gold, preserving the metallic luster and integrity, achieving micron-level precision.
Empowering multiple industries and promoting the upgrading of precision manufacturing
Leveraging its ultra-precise machining capabilities, this UV picosecond marking machine can cover multiple high-end manufacturing fields:
3C electronics: permanent marking and anti-counterfeiting labeling for mobile phone midframes, camera modules, and FPC cables;
Medical devices: unique traceability code marking for minimally invasive devices, implantable consumables, and sterile packaging, meeting medical-grade cleanliness and disinfection resistance requirements;
Automotive electronics: High temperature and corrosion resistance marking for sensors and automotive-grade chips, ensuring traceability throughout the entire lifecycle of vehicles;
New energy: Precise marking of insulating layers on lithium electrode sheets and photovoltaic silicon wafers, facilitating quality control of new energy products.
The relevant person in charge of Tianjixing stated that the launch of the UV picosecond marking machine represents another breakthrough for the brand in the field of ultra-precision laser processing. The equipment not only continues Tianjixing's manufacturing and service advantages of "full-chain integration", but also supports custom marking parameters and production line integration through an intelligent control system, helping enterprises achieve cost reduction, efficiency improvement, and product upgrades.
Industry analysts believe that as the demand for "zero damage, high precision, and permanence" marking in high-end manufacturing continues to grow, ultraviolet picosecond laser marking technology will become a core production tool in industries such as electronics, healthcare, and new energy. Tianjixing's new products will also further propel China's precision manufacturing industry towards higher precision and efficiency.