In the transformation wave of the advanced ceramic industry towards "data-driven manufacturing", precise component analysis has become a crucial link in determining product quality and performance. Create Analytical Instrument, with its two core products - X-ray fluorescence spectrometer and ICP-OES , provides a complete process solution from raw material screening to finished product testing for the ceramic industry, precisely addressing industry pain points. 

Fast and Non-Destructive: The On-Site Advantages of X-Ray Spectrometers
In the inspection process of ceramic raw materials upon entry into the factory, the X-ray analysis instrument from Create Analytical Instrument demonstrates unique application value. This technology is based on the principle of X-ray fluorescence spectroscopy. By using high-energy X-rays to excite the inner electrons of sample atoms to transition, characteristic fluorescence spectra are generated, allowing for the simultaneous determination of major elements such as alumina, silica, and potassium oxide, as well as trace elements such as lead and cadmium. 

The detection process is simple: The operator only needs to place the ground ceramic powder into the sample cup, or directly place the ceramic fragments on the detection window. The instrument can output the multi-element analysis results within several minutes. No chemical reagents are needed throughout the process, which is a typical non-destructive detection method. It is particularly suitable for the analysis of finished ceramics and ancient ceramics. For ceramic manufacturing enterprises, this technology can conduct on-site rapid screening of imported clay raw materials, promptly blocking the risk of excessive heavy metals. 

Precise Quantification: The Microanalysis Specialization of ICP-OES
When the detection requirements reach the level of trace impurities, the advantages of the Create Analytical Instrument’s ICP-OES become fully apparent. For advanced ceramic materials such as alumina, silicon nitride, and silicon carbide, the matrix is complex and has extremely high chemical stability, posing a significant challenge to the analytical techniques. 

ICP-OES atomizes the sample through an electrically coupled plasma and conducts quantitative analysis using optical emission spectroscopy. The detection sensitivity can reach the ppm level. In the field of multilayer ceramic capacitors (MLCCs), even a slight deviation in the molar ratio of barium to titanium in barium titanate can significantly affect the dielectric properties. ICP-OES can precisely control this. Although the sample needs to be dissolved into a solution before detection, its excellent anti-interference ability of the matrix ensures the accuracy of the analysis of complex ceramic materials. 
Collaborative Empowerment: Sharing Cooperation at the Zibo Exhibition
From May 27th to 29th, 2026, Create Analytical Instrument made its appearance at the Zibo International Convention and Exhibition Center, participating in the "ACIE 2026 China (Zibo) International Advanced Ceramic Industry Exhibition". Zibo is an important cluster of advanced ceramic industries in China, with a solid industrial foundation and abundant innovation resources. The conference, with the theme of "Ceramics - Inspiring the Future, Materials - Gathering Zibo", aims to enhance the collaborative efforts across the entire chain of advanced ceramics and powder processing industries, boost enterprise competitiveness, comprehensively integrate high-quality industrial resources, and deeply analyze the current development status of the industry. 
We look forward to having in-depth exchanges with more ceramic enterprises, and using precise detection technology to contribute to the high-quality development of the industry.