Should sanitary ware factories go digital? Yes, but they should not start with complex systems. For many ceramic sanitary ware manufacturers, the urgent task is not full digital transformation, but reliable data collection for critical process parameters. Data collection means recording key shop-floor information clearly. Digital transformation means using that data for analysis, warning, traceability and decision-making. Without a solid data foundation, a digital system may look advanced but fail to create real value.
According to the Deloitte 2025 Smart Manufacturing Survey, smart manufacturing initiatives can improve production output, employee productivity and unlocked capacity. However, these benefits do not come from software alone. They come from continuous collection and use of important production data. For sanitary ware factories, the priority should be the parameters that directly affect yield rate, rework rate and delivery stability.
1. Start with Critical Quality Parameters
Sanitary ware production is a long process. Casting, drying, trimming, glazing and firing all influence final quality. The first step of digitalization should focus on process parameters such as slip density, flowability, body moisture, mold usage, drying temperature and humidity, glaze viscosity, spray thickness, kiln temperature difference and firing curve.
Not all data must be automatically collected at the beginning. But key parameters must be recorded in a standardized way. Only when the factory knows which parameter range is stable can it identify whether defects come from raw materials, equipment, operation or firing, instead of relying only on experience.
2. Connect Quality Data with Process Records
Many factories know that “defects increased today,” but they cannot identify the product model, shift, machine, raw material batch or process condition behind the problem. The real value of digitalization is traceability.
The ISO 22400 framework for manufacturing operations KPIs highlights indicators such as quality, performance, utilization and efficiency. For sanitary ware factories, quality data should be connected with process records. When pinholes, deformation, color variation or cracks occur, the factory should be able to trace the related slip, drying, glazing and firing data.
3. Do Not Start with an Overlarge System
Digitalization does not mean installing MES, ERP, AI inspection and digital twin systems from day one. Small and medium sanitary ware factories should proceed in stages. The first stage is parameter recording and quality logs. The second stage is electronic dashboards for key processes. The third stage is abnormality warning and batch traceability. The fourth stage is equipment networking and system integration.
McKinsey notes that real-time information, traceability and connected shop-floor management are important foundations for faster response and stronger competitiveness in manufacturing. This shows that digitalization is not about building the largest system, but about helping factories discover problems earlier and respond faster.
Conclusion
Sanitary ware factories should go digital, but the right path is to start with critical parameter monitoring. Record slip, drying, glazing, firing, yield rate and rework data accurately first. Then build warning, traceability and analysis capabilities step by step. Data collection is the foundation; digitalization is the capability built on top of it. Only when shop-floor data is truly used can digitalization improve quality, reduce waste and stabilize delivery, instead of becoming another management burden.