Global Analytics Technology Exhibits at CPHI&PMEC China 2025

Global Analytics Technology Company partners with the UKSYRRISCompany reaction kettle andPAEONIAThe online mid infrared spectrometer participated in the 23rd World Pharmaceutical Raw Materials China Exhibition held at the Shanghai New International Expo Center from June 24-26, 2025（CPHI China2025）”.CPHI China2025The exhibition gathers the leading forces of the global pharmaceutical industry, deeply linking the international market and high-quality resources, accelerating the cultivation and formation of new quality productivity, and guiding China's pharmaceutical industry to continuously climb up the value chain.

As a "business card" guiding China's pharmaceutical industry towards the world, the World Pharmaceutical Raw Materials China Exhibition（CPHI China）Exhibition of Pharmaceutical Machinery, Packaging Equipment and Materials in China（PMEC China）Dual exhibition linkage, based on a global perspective, professional depth, and differentiation advantages, firmly maintains a good position in the industry. The two major exhibitions precisely focus on the growth hotspots of the pharmaceutical industry, keenly capture global market trends, not only promote cross regional cooperation and development, but also strive to build a high-quality platform integrating trade, investment, communication and cooperation.

During the exhibition, many experts, scholars, and new and old users visited our booth and had friendly exchanges, giving us many positive reviews and suggestions.

The UK exhibited at this exhibitionSYRRISofAtlasHigh temperature and high-pressure reactors are modular pressure reactors that can be automatically or manually controlled. The reaction volume reaches450mlThe system can perform heating or cooling, mechanical or magnetic stirring, pressure sensing, and other operations. At the same time, it can also choose to perform pressure control, flow rate control, and multiple gas selection.

The exhibition showcasesPAEONIAOnline mid infrared spectrometer can be used for real-time chemical reaction monitoring, studying the molecular structure of chemical reaction species, as well as dynamic and thermodynamic pathways, thereby promoting innovative development in green synthesis, new catalysts, molecules, and reactions.