Tianjin, China – October 2025 – Jianglin, a leading Chinese manufacturer and global supplier of high-quality metal materials, has recently supplied 304 stainless steel capillary tubes to the Bioengineering Laboratory at Tohoku University, Japan, supporting their ongoing experimental research in advanced biological engineering applications.
The supplied 304 capillary tubes feature high dimensional precision, excellent corrosion resistance, and smooth internal surfaces, meeting the strict requirements of scientific experiments involving microfluidic systems, biological sampling, and precision fluid delivery. Each batch underwent rigorous inspection prior to shipment, including dimensional accuracy testing, surface roughness evaluation, and composition verification, ensuring full compliance with the laboratory’s technical specifications.
Tohoku University, one of Japan’s top research institutions, is renowned for its innovation in biomaterials, microfluidics, and medical device engineering. Jianglin’s products were selected for their stable quality, reliable performance, and consistent supply capability, which have earned the trust of the university’s research team.
Jianglin General Manager Michael commented:
“We are honored to collaborate with Tohoku University and contribute to their world-class scientific research. In laboratory applications, material precision and stability are critical to experimental accuracy. Jianglin is committed to providing global research institutions with high-grade stainless steel and aluminum solutions that support innovation and discovery.”
With over 15 years of experience in the metal industry, Jianglin Steel continues to expand its presence in high-end application fields — from scientific research and precision manufacturing to construction and energy. We are dedicated to delivering quality, reliability, and long-term partnership value to customers worldwide.
Feel free to keep exploring our detailed overview of Capillary Tubes and their relevant applications—like how they’re used in medical devices, as well as in laboratory and chemical settings.
