Laser processes, practical engineering and technical developments.
Laser marking technology China’s development of intelligent manufacturing has created new opportunities and challenges across many industries. Laser cutting, marking, welding and other processing methods have gained industrial recognition for precision, speed…
Oil extraction commonly uses drilling tools to break rock and form a borehole to the required depth. Polycrystalline diamond compact (PDC) cutters are important working elements of these drill bits. PDC combines…
As consumers become more aware of food safety, product quality has become a stronger purchasing priority. China’s developing food-traceability system has encouraged government and business investment in traceability for agricultural products. Big…
Laser processing is an advanced, non-contact manufacturing method based on thermal energy. It offers fast processing, limited mechanical deformation, low machining noise, narrow cuts, efficiency and the precision needed for digital production.…
More frequent natural disasters and unusual climate conditions have increased attention to environmental issues. As economies pursue carbon neutrality, manufacturers are reducing energy use and changing production methods to support sustainable development.…
Carpets are a long-established craft product used in homes, hotels, exhibition halls and vehicles. Their functions extend beyond decoration to noise reduction, insulation and slip resistance. Growing demand for personal and commercial…
Printed circuit boards are used in almost every category of electronic product and are often described as a foundation of electronic systems. Rising PCB quality requirements have increased the need to manage…
Laser welding is an important part of laser materials processing. The conduction-mode process discussed here is used for thin-walled materials and lower-speed precision joints: radiation heats the surface, and conduction carries that…
