Cell Strainers

Cell Strainers – Unlock the Precision of Cell Isolation

• In cell research, cell strainers are indispensable tools that bring accuracy and efficiency to the process of cell isolation. Our products engineered with the utmost care and precision to meet the exacting demands of laboratories engaged.
• Our cell strainers fabricated from high quality materials that are both biocompatible and durable. Made from medical grade nylon or stainless steel, ensure strainers do not interfere with the viability and functionality of the cells. The nylon mesh is soft yet resilient, preventing damage to delicate cells, while the stainless steel option offers enhanced durability for more rigorous applications.
• The mesh size of our cell strainers is available in a variety of options to suit different cell types and research purposes. Whether in small lymphocytes or in larger tissue derived cells, we have the appropriate mesh size to achieve optimal cell separation. The precise mesh design can efficient removal cell clumps, debris, while retaining the target cells with high purity. This is crucial for downstream applications such as cell sorting, culturing, and analysis.
• The design of the cell strainer itself is user friendly. The funnel shaped construction facilitates easy sample loading, minimizing the risk of spillage. The handle or frame provides a stable grip during the filtration process, allowing for precise control. The connection between the mesh and the frame is seamless, preventing any leakage or bypass of the sample around the mesh.
• Moreover, our cell strainers are easy to clean and sterilize. The nylon strainers can be autoclaved or chemically sterilized. While the stainless steel ones are resistant to corrosion and can be repeatedly sterilized without losing their filtration efficiency. This reusability not only reduces waste but also provides long term cost effectiveness for your laboratory.
• In conclusion, our cell strainers are the ideal choice for any laboratory involved in cell related research. They combine quality, precision, and convenience, enabling you to obtain pure and viable cell populations for your experiments.