Laser Cutting Accelerates Replacement Of Traditional Processes, Becoming The First Choice For SMEs’ Upgrade
May 07, 2026
2026 is witnessing a process revolution in the glass processing industry-traditional wheel and waterjet cutting methods are being rapidly replaced by laser technology, and single-platform glass laser cutting machines have become the core choice for small and medium-sized enterprises (SMEs) looking to upgrade. This shift isn't just a trend, it's a practical necessity for SMEs striving to stay competitive in an increasingly precision-driven market, especially as high-end glass applications (like those in electronics and new energy, which we've previously covered) continue to grow.
The core advantages of laser cutting are hard to ignore, especially for cash-strapped and space-constrained SMEs:
Precision Leap: With a repeat positioning accuracy of ±0.01mm, it perfectly meets the demands of precision processing-think smartphone covers and camera holes, where even the tiniest deviation can ruin a product. This level of precision is a game-changer for SMEs aiming to tap into high-value electronic glass markets.
Yield Surge: Contactless cutting eliminates edge chipping and cracks entirely. For ultra-thin glass (0.1–1.1mm thick), the yield rate hits an impressive 99.8%-a massive improvement over traditional methods that often waste materials due to damage.
Efficiency Doubled: It combines cutting, drilling, and special-shaped processing in one go, cutting out the need for edging and polishing steps. The result? 50% less labor required and 50% shorter delivery times-critical for SMEs competing on speed and cost.
Cost Optimization: These machines are affordable, take up only 5–8 square meters of space, and require minimal maintenance. For SMEs, this means a quick return on investment, without the heavy financial burden of large-scale equipment upgrades.
Industry Forecast: Over the next 2-3 years, the industry will see accelerated reshuffling. Enterprises adopting laser equipment will seize high-end orders, while those clinging to traditional processes will face double pressure-declining orders and shrinking profits. This divide will only widen as the demand for high-precision glass (such as UTG, PV glass, and semiconductor glass substrates) continues to surge.
As we've noted earlier: Kaisheng and Xinyi have achieved mass production of 30–50 micron UTG with rising yields, supporting domestic foldable chain self-sufficiency. Photovoltaic Glass: Bifacial module penetration is expected to exceed 65% in 2026. Advancements in high transmittance, lightweight and tempering technologies drive steady demand growth. Semiconductor Glass Substrates: 2026 is the first year of large-scale commercialization. Demand for HBM and high-end logic chip supporting substrates surges 33%, with advanced packaging creating a multi-billion-yuan replacement market.
