120μm disposable cell filter funnel plays an important role in multiple application fields

The 120μm disposable cell filter funnel is used with a cell sectioning chamber, which is suitable for the initial filtration and separation of cell suspensions, especially for removing large particles, tissue fragments or clots, to ensure the purity and stability of subsequent experimental operations. It has a built-in high-strength nylon mesh with a regular pore size of 120μm, good toughness and pressure resistance, and supports customization of different meshes to meet a variety of experimental needs. The unique uniform grid structure ensures that the liquid will not form local blockage during the filtration process, ensuring the continuity of the filtration process and the consistency of the data results.

Another highlight of the disposable cell filter funnel is its inner wall structure with a short-grain design. Under the premise of maintaining the same filtration performance, the microstructure intervention reduces the probability of liquid adhesion to the inner wall, improves sample residue, and helps to improve the sample recovery rate. At the same time, the extended design of the top edge makes it easy for researchers to use tools such as tweezers to manipulate under sterile conditions, further enhancing the standardization and safety of the operation.

In terms of materials, the disposable cell filtration funnel uses an injection-molded polypropylene skeleton, which is not only structurally stable, but also has a color coding function, which facilitates the rapid identification and differentiation of different pore sizes or uses, and improves the efficiency of the experimental process. All products are sterilized by gamma rays, do not contain DNase, RNase and pyrogens, and meet the strict requirements of high-level molecular biology laboratories for non-contaminated consumables.

With the continuous pursuit of operational accuracy and consumables quality in laboratories, the 120μm disposable cell filtration funnel has gradually played an important role in multiple application fields such as cell culture, tissue engineering, and biopharmaceuticals with its excellent filtration performance, easy-to-use design and safety assurance, providing efficient and reliable experimental support for scientific researchers.