Coulometric (coulometry) principle, ideal for trace-level testing; 5-inch color touchscreen with smart operation, automatic result calculation, and freely configurable sample IDs; complies with multiple national standards and suits virtually every industry.

Weighing accuracy 0.0001g (0.1mg), keypad operation, 0.001% readability, electromagnetic force weighing sensor, PT-1000 high-precision platinum-rhodium temperature sensor, halogen lamp heating, with support for custom methods and historical data storage.

The VicoMeter VM-210W pin-type wood moisture analyzer, developed with advanced American technology, offers high performance and stability. Using the high-frequency electromagnetic induction principle with digital display and integrated design, it has 9 ranges for different tree species. Accurate, versatile, compact, and light, it is the first choice for on-site moisture testing and a reliable assistant in the wood industry, applicable to 150+ domestic and international wood types: timber, furniture, flooring, wooden doors, wooden pallets, solid wood and composite flooring, bamboo flooring, boards, logs, planks, rosewood, wooden products, packing boxes, chopping boards, plywood, wood flour, artificial boards, bamboo, density boards, fiberboards, and more.

The VM-210A high-frequency moisture analyzer mainly measures the moisture of chemical powders, coal powder, silt, and similar materials. Built with advanced American IC sensors and world-leading components, it delivers high accuracy and stable performance.

The Qingdao Institute of Bioenergy and Bioprocess Technology, Chinese Academy of Sciences, is a new national research institution jointly founded in 2006 by the Chinese Academy of Sciences, the Shandong provincial government and the Qingdao municipal government, passing acceptance in 2009. Aligned with the national energy strategy, the CAS "Innovation 2020" program and the blue-economy development of Shandong and Qingdao, the institute defined three core research areas—biology, energy and process—established two major breakthrough projects, "industrialization technology for bio-natural gas" and "biosynthesis and demonstration of energetic materials", and six key cultivation directions including "a single-cell methodology platform for bioenergy processes", "large-scale microalgae cultivation and resource utilization", "duckweed/giant kelp energy plants", "bio-based oxygenated chemicals", "bio-based power battery separators" and "liquid fuels from biomass gasification synthesis"