Jingchuang Advanced has successfully taken the lead in realizing independent innovation in the industrialization of 12-inch fully automatic precision dicing machines. In addition to the main channel of dicing equipment (providing various types of dicing equipment from 6-12 inches from semi-automatic to fully automatic to meet the precision dicing needs of different industry applications), the product line has expanded to multiple semiconductor professional equipment fields such as JIG SAW equipment, grinding equipment and other advanced processes. Jingchuang's advanced team ensures the long-term maintenance and reliability of the complete machine's high precision through three-dimensional simulation design technology, precision machining and heat treatment technology for high-precision machines, multi-dimensional motion control linkage optimization technology, and geometric error software algorithm compensation technology.

At the same time, relying on the large number of customer needs and precision scribing process experimental data accumulated over many years of deep cultivation in this field, the underlying algorithm and human-computer interaction interface software design based on this are also the key to the industrialization transformation of the equipment. At present, Jingchuang's advanced series of products have been applied in batches to complex and precise dicing of various semiconductor materials or pan-semiconductor materials, and are widely used in chip dicing production of semiconductor integrated circuits, GPP/LED gallium nitride and other chips, discrete devices, LED packaging, optical communication devices, surface acoustic devices, MEMS and other chips.

Due to the diversity of semiconductor market demands, the rapid development of technology, and the ultra-high-precision characteristics of semiconductor equipment, it is difficult to achieve assembly line mass production. Therefore, two problems will be encountered in the industrialization process: first, how to achieve high precision of the entire machine while ensuring efficient and stable output; second, how to deliver customer customized needs quickly and efficiently due to process differences. Gao Yang, vice president of R&D at Jingchuang Advanced, pointed out, "The current solution adopted by Jingchuang Advanced is to improve the versatility of parts and components, use modular design to achieve efficient interchange, reduce the difficulty of process control, and be more conducive to standardized operations; in addition, actively promote strategic cooperation with high-quality suppliers, and adopt modular solutions in the form of OEMs, which have obvious effects on overall machine quality control, installation efficiency improvement and production capacity improvement."