Cell strainers are essential tools in many biological and laboratory applications, ensuring the purity and integrity of cell suspensions. Choosing the correct strainer is crucial for preventing clogs, maintaining cell viability, and obtaining accurate experimental results. This guide will help you navigate the key features to consider when selecting the best cell strainer for your needs.
Looking for the best Lab Cell Strainers?
Discover now our comparison of the best Lab Cell Strainers. It is never easy to choose from the wide range of offers. On the market, you will find an incalculable number of models, all at different prices. And as you will discover, the best Lab Cell Strainers are not always the ones at the highest prices! Many criteria are used, and they make the richness and relevance of this comparison.
To help you make the best choice among the hundreds of products available, we have decided to offer you a comparison of the Lab Cell Strainers in order to find the best quality/price ratio. In this ranking, you will find products listed according to their price, but also their characteristics and the opinions of other customers. Also discover our comparisons by categories. You won’t have to choose your products at random anymore.
No. 1
CryoKing 100PCS 40µm Cell Strainer Nylon Mesh Cell Screen Filter Handle, Sterile, Polypropylene Frame, 40µm...
- Uniform Mesh: Made of sturdy polypropylene and strong nylon mesh, evenly distributed mesh holes provide consistent and reliable results for filtration, effectively preventing clogging.
- Cell Screening: A screening device used to obtain a single cell suspension or to remove cell aggregates.
- Adaptability: Can be used with 50ml centrifuge tubes, convenient separation and extraction device, easy to operate.
- Easy Handling: Polypropylene frame features a molded tab, can be operated with one hand, avoid touching the sample.
- Three Size: Strainers are color coded for easy identification of mesh size, 40um-Purple, 70um-Orange, 10um-Green.
No. 2
SOLUSTRE 3pcs Lab Cell Strainers 40um 70um 100um Cell Strainer Disposable Mesh Cell Filter Nylon Cell Screen...
- Disposable cell filter Made of sturdy polypropylene nylon materials, this laboratory strainer tool set is reliable, ensuring accurate filtering and experimental results
- Polypropylene cell strainer. The one-time use design is not only convenient but also ensures that the experiment is not contaminated by previous samples
- With its multiple filtering pore sizes, this mesh strainer can be used for a wide range of cell screening needs
- The cell filter set is a must-have for any laboratory or research facility
- Designed to provide a balance between functionality and aesthetics, enhancing the overall appearance of your cell strainer
No. 3
CryoKing 100PCS 100µm Cell Strainer Nylon Mesh Cell Screen Filter Handle, Sterile, Polypropylene Frame...
- Uniform Mesh: Made of sturdy polypropylene and strong nylon mesh, evenly distributed mesh holes provide consistent and reliable results for filtration, effectively preventing clogging.
- Cell Screening: A screening device used to obtain a single cell suspension or to remove cell aggregates.
- Adaptability: Can be used with Biologix's 50ml centrifuge tubes, convenient separation and extraction device, easy to operate.
- Easy Handling: Polypropylene frame features a molded tab, can be operated with one hand, avoid touching the sample.
- Three Size: Strainers are color coded for easy identification of mesh size, 40um-Purple, 70um-Orange, 10um-Green.
SaleNo. 4
ULTECHNOVO 200 Mesh Cell Strainer Laboratory Test Sieve Stainless Steel Cell Filter for Counting and Tissue...
- Core Filtration Performance: This 200 mesh cell strainer is designed to efficiently dissociate clumped cells and separate enzymatically dissociated cells from undigested tissue, facilitating accurate cell counting and primary cell culture preparation
- and Construction: Made from quality stainless steel, this cell filter offers practical durability and fine workmanship ensuring reliable performance during laboratory cell separation and filtration tasks
- Uniform Single-Cell Suspension: the 200 mesh laboratory test sieve consistently produces uniform, single-cell suspensions ideal for sample preparation in flow cytometry and other cellular analysis techniques
- Versatile Laboratory Use: Suitable for tissue processing steps such as fixation, dehydration, and staining, this cell strainer supports various laboratory applications requiring precise cell separation and filtration
- Compact and Lightweight Design: with dimensions of approximately 5.9 by 2.24 by 0.23 inches and weighing 1.45 ounces, this cell strainer is easy to handle and integrate into laboratory workflows without adding bulk
No. 5
CryoKing 100PCS 70µm Cell Strainer Nylon Mesh Cell Screen Filter Handle, Sterile, Polypropylene Frame, 70µm...
- Uniform Mesh: Made of sturdy polypropylene and strong nylon mesh, evenly distributed mesh holes provide consistent and reliable results for filtration, effectively preventing clogging.
- Cell Screening: A screening device used to obtain a single cell suspension or to remove cell aggregates.
- Adaptability: Can be used with 50ml centrifuge tubes, convenient separation and extraction device, easy to operate.
- Easy Handling: Polypropylene frame features a molded tab, can be operated with one hand, avoid touching the sample.
- Three Size: Strainers are color coded for easy identification of mesh size, 40um-Purple, 70um-Orange, 10um-Green.
SaleNo. 6
iplusmile 100 Mesh Cell Strainer Stainless Steel Laboratory Sieve for Cell Filtering and Tissue Processing...
- Core Functionality: the 100 Mesh Cell Strainer is designed for precise cell separation and filtration, enabling uniform single-cell suspensions ideal for laboratory applications such as flow cytometry and primary cell culture initiation
- Material: Constructed with stainless steel mesh and durable frame, this laboratory sieve offers resistance to abrasion and deformation, ensuring consistent performance and longevity in demanding lab environments
- Ergonomic Design: Features a low ring with an ergonomically designed handle for comfortable grip and reduced hand fatigue, while the low ring structure helps prevent sample overflow during filtration processes
- Easy Maintenance: the stainless steel construction facilitates effortless cleaning and prevents residue buildup or odors, helping maintain hygiene standards required in laboratory settings
- Versatile Laboratory Use: Suitable for multiple applications including enzymatic cell dissociation, tissue processing such as fixation and staining, as well as particle sieving and liquid filtration in various scientific experiments
No. 7
CryoKing 50PCS 40µm Cell Strainer Nylon Mesh Cell Screen Filter Handle, Sterile, Polypropylene Frame, 40µm...
- Uniform Mesh: Made of sturdy polypropylene and strong nylon mesh, evenly distributed mesh holes provide consistent and reliable results for filtration, effectively preventing clogging.
- Cell Screening: A screening device used to obtain a single cell suspension or to remove cell aggregates.
- Adaptability: Can be used with 50ml centrifuge tubes, convenient separation and extraction device, easy to operate.
- Easy Handling: Polypropylene frame features a molded tab, can be operated with one hand, avoid touching the sample.
- Three Size: Strainers are color coded for easy identification of mesh size, 40um-Purple, 70um-Orange, 10um-Green.
No. 8
CryoKing 50PCS 70µm Cell Strainer Nylon Mesh Cell Screen Filter Handle, Sterile, Polypropylene Frame, 70µm...
- Uniform Mesh: Made of sturdy polypropylene and strong nylon mesh, evenly distributed mesh holes provide consistent and reliable results for filtration, effectively preventing clogging.
- Cell Screening: A screening device used to obtain a single cell suspension or to remove cell aggregates.
- Adaptability: Can be used with 51ml centrifuge tubes, convenient separation and extraction device, easy to operate.
- Easy Handling: Polypropylene frame features a molded tab, can be operated with one hand, avoid touching the sample.
- Three Size: Strainers are color coded for easy identification of mesh size, 40um-Purple, 70um-Orange, 10um-Green.
No. 9
CryoKing 50PCS 100µm Cell Strainer Nylon Mesh Cell Screen Filter Handle, Sterile, Polypropylene Frame, 100µm...
- Uniform Mesh: Made of sturdy polypropylene and strong nylon mesh, evenly distributed mesh holes provide consistent and reliable results for filtration, effectively preventing clogging.
- Cell Screening: A screening device used to obtain a single cell suspension or to remove cell aggregates.
- Adaptability: Can be used with 52ml centrifuge tubes, convenient separation and extraction device, easy to operate.
- Easy Handling: Polypropylene frame features a molded tab, can be operated with one hand, avoid touching the sample.
- Three Size: Strainers are color coded for easy identification of mesh size, 40um-Purple, 70um-Orange, 10um-Green.
No. 10
MAGICLULU Cell Strainer Mesh Tool Nylon Filter Membrane Laboratory Accessory for Precise Cell Straining and...
- Core Filtration Efficiency: This Cell Strainer Mesh Tool features a durable nylon filter membrane designed to provide precise particle straining and enhanced accuracy for laboratory cell analysis and filtration tasks
- Multiple Size Options: Available in various mesh sizes to meet diverse experimental requirements, this cell filter for laboratory applications supports effective separation and straining of different particle sizes
- Compact and Lightweight Design: Measuring approximately 1.77 x 1.37 x 0.59 inches and weighing only 0.35 ounces, this cell straining mesh tool is easy to handle and portable for convenient use in laboratory environments
- User-Friendly Installation and Maintenance: Designed for easy installation and removal, this laboratory cell strainer mesh tool simplifies cleaning processes, helping save valuable lab time during experiments
- Versatile Laboratory Applications: Ideal for particle straining, cell separation, and filtration in chemistry and biology experiments, this cell strainer is a useful accessory for various scientific research activities
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Last update on 2026-04-16 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Cell Strainers
Comparison Tips
When comparing different options, pay close attention to the stated mesh size accuracy and the material's chemical resistance. Check for consistent pore distribution across the mesh, which impacts filtration efficiency. Reviews from other users can provide insights into real-world performance, such as clogging tendencies or cell recovery rates. Consider the overall design for ergonomic handling and compatibility with your specific pipetting or collection methods.Frequently Asked Questions
What is the most common mesh size for general cell work?
The 70 u00b5m mesh size is often considered a good all-around choice for many common cell types, including primary cells and cell lines. It effectively filters out larger debris like cell clumps while allowing most individual cells to pass through.
How do I choose the right mesh size for my specific cells?
Consider the typical size of the cells you are working with. For example, larger cells may benefit from a coarser mesh (e.g., 100 u00b5m), while smaller cells or applications requiring a very uniform single-cell suspension might need a finer mesh (e.g., 40 u00b5m or 20 u00b5m).
Are cell strainers reusable?
Generally, lab cell strainers are designed for single-use applications to ensure sterility and prevent cross-contamination. Reusing them can lead to compromised results and potential damage to the mesh.
What is the difference between sterile and non-sterile strainers?
Sterile strainers are individually packaged and have undergone sterilization processes, making them suitable for cell culture, aseptic techniques, and diagnostic applications. Non-sterile strainers are typically used for less sensitive applications where contamination is not a primary concern.
Can cell strainers be used for tissue dissociation?
Yes, cell strainers are frequently used after tissue dissociation protocols to obtain a single-cell suspension. They help remove undissociated tissue clumps and larger debris, yielding a cleaner cell preparation.
How do I prevent clogging when using a cell strainer?
To minimize clogging, avoid overloading the strainer with too much sample at once. Pipette the cell suspension gently and in smaller volumes, allowing the liquid to pass through. Ensuring cells are well-dispersed before straining can also help.
