July 2026 — China's dental restoration industry is undergoing a profound transformation. Driven by an aging population, rising oral health awareness, and the comprehensive penetration of digital technologies, dental laboratories — traditionally centered on manual craftsmanship — are now standing at a critical crossroads, shifting from experience-driven to data-driven operations.
Industry research data indicates that the digital equipment penetration rate among Chinese dental laboratories surpassed 65% in 2025, with the adoption of 3D printers for dental models showing particularly rapid growth. Digital equipment once found only in large-scale dental prosthetic centers has now gradually reached small and medium-sized laboratories, becoming a standard part of daily production.
From an industry structure perspective, digital technology is reshaping the core competitive advantages of dental laboratories. Traditional workflows relying on individual technician experience are being replaced by standardized digital chains: intraoral scanning, CAD design, 3D printing or CNC milling, and post-processing. This transformation has not only significantly improved the precision and efficiency of dental prosthesis fabrication but also offers a technological pathway for laboratories to address the long-standing challenge of talent dependency.
Industry experts point out that within the next three years, dental laboratories without digital capabilities will face significant competitive pressure. Digital transformation has evolved from an option to a necessity.
Alongside digital equipment upgrades, dental restoration materials are undergoing rapid technological evolution. The limitations of traditional PFM restorations in aesthetics and biocompatibility are becoming increasingly apparent, while new restoration materials — represented by polymer ceramics and composite resins — are rapidly capturing market share.
Polymer ceramic materials, combining the aesthetic properties of ceramics with the handling convenience of resins, continue to expand their application in dental crown and bridge restoration, veneer aesthetic restoration, and related fields. Compared to traditional porcelain materials, polymer ceramics demonstrate significant advantages:
- Superior Aesthetics: Light transmission and color matching approach natural tooth appearance, delivering outstanding anterior aesthetic results
- Generous Working Time: Flexible technician handling window enables precise multi-layer build-up
- Digital Workflow Compatibility: Seamless adaptation to ceramic layering on 3D printed frameworks
- Easy Clinical Adjustment: Simple chair-side grinding and polishing, reducing remake rates
Specialized liquid materials supporting the polymer ceramic system — including modeling liquid, adjusting liquid, beauty modeling liquid, separating agent, spacer agent, and oxygen barrier agent — form a complete ceramic layering workflow system. As digital laboratories increasingly demand material consistency and standardized operation, the quality stability and batch consistency of supporting materials have become key factors in laboratory material selection.
Digital transformation is not only changing how dental laboratories produce but is also reshaping their role in the dental restoration industry value chain.
In the traditional model, laboratories passively received physical impressions from clinicians and fabricated restorations according to specified requirements — essentially functioning as processing workshops at the end of the value chain. In the digital era, laboratories with data processing capabilities have the opportunity to move upstream.
Standardization of the prosthetic surface finishing stage is a critical technical foundation for this transformation. Whether fabricated through traditional manual techniques or digital workflows involving 3D printing and CNC milling, every restoration requires final polishing and glazing before clinical delivery. The standardized application of polishing glaze liquids and grinding materials directly affects surface smoothness, oral hygiene maintenance, and patient comfort.
A notable trend in the dental materials sector is the rapid rise of domestic Chinese brands. Building on years of industry presence by international brands such as Japan's Sambachi (Yamahachi), Chinese domestic dental material companies are accelerating technological catch-up and product iteration. At the same time, deepened local production by international brands enables laboratories to access international-quality dental materials at more competitive costs.
Registration certificate data shows that between 2020 and 2025, the number of medical device registration certificates for domestic dental materials nearly doubled, covering the full range of laboratory consumables — from synthetic resin teeth and denture base resins to polishing glaze liquids and separating agents. Accelerating domestic substitution provides downstream laboratories with more diversified supply chain options.
Looking ahead, the dental laboratory industry will develop along three major directions:
First, deep integration of digital technology and craftsmanship. The proliferation of digital equipment will not completely replace the aesthetic judgment and fine manipulation skills of dental technicians. Instead, it provides technicians with more precise tools and more efficient collaboration methods. Hand-layered aesthetic porcelain build-up on digital frameworks will remain the core competitive advantage of high-end laboratories.
Second, systematic integration of materials and processes. Laboratory material demand will shift from single-product procurement to systematic solution packaging. The coordinated matching of materials across all workflow stages — modeling, adjustment, separation, spacing, oxygen barrier, and polishing — will become a technical priority.
Third, continuous elevation of quality standards and compliance requirements. As medical device regulation tightens and clinical requirements for restoration quality increase, standardized production processes and raw material traceability systems will become industry entry barriers.
In this profound industry transformation, whether pioneers advancing on the digital frontier or artisans refining traditional techniques, the ultimate winners will be those dental laboratories that successfully integrate technological upgrades with craftsmanship quality, consistently meeting the diverse needs of clinical dental restoration.
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