On September 24, Hymson Laser, a leading domestic laser equipment enterprise, released the latest industrial research progress. Adopting an integrated self-research and self-production model covering lasers, laser equipment and wet etching, the company has achieved full-chain technological breakthroughs in TGV business, greatly shortening the iteration cycle of core parameters and accelerating the upgrading of China’s high-end laser precision processing industry.

TGV technology is a core process for high-end electronic glass, precision optical devices and semiconductor packaging, requiring ultra-high equipment precision and process adaptability. Previously, the industry mainly relied on external procurement and integrated assembly, suffering from slow response, insufficient customization and high costs. Hymson’s full-chain self-developed model enables collaborative adjustment of lasers, optical path systems and wet processes for glass substrates with thicknesses from 0.5mm to 1.5mm, meeting diverse high-end manufacturing demands.

The booming development of AI hardware, smart terminals and semiconductor packaging has driven surging demand for precision laser processing equipment. Industry insiders pointed out that independent full-chain technological layout helps domestic laser equipment enterprises get rid of external technical dependence and greatly improve product customization capability and cost performance. With the accelerated localization of high-end manufacturing, TGV-related precision laser equipment will achieve continuous volume growth, emerging as a new growth driver for the laser equipment track and boosting breakthroughs in China’s high-end equipment manufacturing industry.