150μm Nylon Mesh PS Disposable Cell Filter Funnels for Efficient Cell Culture Filtration

These disposable cell filter funnels are made of high-strength nylon mesh with a standard pore size of 150μm. Customizable pore sizes are available, flexibly meeting the needs of different cell types and experimental protocols. The evenly distributed mesh ensures a stable and consistent filtration process, helping researchers achieve reliable experimental results.

During primary cell culture, researchers often need to break up cell clumps to obtain a single-cell suspension for subsequent culture or analysis. 150μm nylon mesh filter funnels effectively separate cell clumps, prevent clogging, and improve filtration efficiency. Available in 100μm and 150μm sizes, with 100 mesh equivalent to 150μm, providing flexibility based on experimental needs.

Key Features and Benefits:
Compatible with standard reagent bottles: The scientific design allows for direct docking with common laboratory bottles for easy operation. High-strength nylon mesh: Resists damage during filtration, extending stability.
Flexibly customizable pore size: Meets diverse research needs, available from 100μm to 150μm.
Uniformly distributed mesh: Ensures stable and reproducible experimental data.
Disposable design: Eliminates cross-contamination, ensuring laboratory safety and compliance.
High-quality PS material: High transparency facilitates observation, while also maintaining chemical stability and ensuring the purity of the experimental system.

Measuring 27.6×35.8mm, the product is injection-molded from highly transparent polystyrene (PS). The transparent material not only allows researchers to visually observe the filtration process, but also effectively reduces experimental errors and improves operational efficiency.

Industry experts have commented that the Disposable Cell Filter Funnel offers significant advantages in cell filtration and primary culture, particularly in flow cytometry, histology, and molecular biology experiments, enabling researchers to achieve more efficient and reliable experimental operations.