Lab assay microplates are fundamental tools in countless scientific applications, from drug discovery to diagnostics. Selecting the appropriate microplate is crucial for ensuring accurate, reproducible results and optimizing experimental workflows. This guide will help you navigate the key considerations for choosing the best microplate for your laboratory needs.
Looking for the best Lab Assay Microplates?
Discover now our comparison of the best Lab Assay Microplates. 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 Assay Microplates 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 Assay Microplates 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
96-Well PCR Microplates, 0.2 mL, Non-Skirted, Pack of 10, Laboratory Grade — for Routine PCR Workflows in...
- √ High-Quality Material – Made from premium, transparent polypropylene for excellent sample visibility and uniform heat transfer. √ Multiple Formats – Available in 0.2 ml non-skirted, 0.2 ml semi-skirted with printed markings, and 0.1 ml...
No. 2
96-Well PCR Microplates, 0.2 mL, Semi-Skirted, Pack of 10, Laboratory Grade — for PCR & qPCR Platforms in...
- √ High-Quality Material – Made from premium, transparent polypropylene for excellent sample visibility and uniform heat transfer. √ Multiple Formats – Available in 0.2 ml non-skirted, 0.2 ml semi-skirted with printed markings, and 0.1 ml...
No. 3
WATSON BIO LAB, 137-174C-min, 0.2 mL, 96 Well PCR Plate, 5 Plates, Natural Color, Autoclavable, Non-Skirted...
- Volume size : 0.2 mL, Size : W 119.8 mm * D 79.9 mm, RNase DNase Human DNA free
- Material : High-quality and High-purity Polypropylene material, no bubble and fragramce, Color : Uncolored and easy to see inside the tube,
- Side wall is thin and molded uniformly, which enables autoclave and PCR with superior heat conductivity.
- All products are made in KOBE/Japan. And manufactured in the clean room under rigorous quality control and inspected according to strict quality standards. RNase/DNase-free test reports can be issued for each lot upon your request.
- With a legacy spanning over 35 years, we place great importance on every customer's voice. Our mission is to innovate and deliver exceptional products that keep us at the cutting edge of the times.
No. 4
Industrial & Scientific›Lab & Scientific Products›Glassware & Labware›Microplates›Storage Microplates...
- Packaging includes: 6-hole and 12 hole Laboratory Spotting Reaction Plates, which can meet your different needs
- 6-hole porcelain spotting plate size: 3.5 x 2.2 x 0.4 inch; 12 hole porcelain spotting plate size: 4.7 x 3.5 x 1.4 inches
- Spot Plate is made of high-quality ceramics, reusable, and has a smooth ceramic surface that is easy to clean and maintain after use
- Specially designed for chemical qualitative analysis, ensuring the reliability of color or precipitation experiments; Very suitable for conducting scientific experiments in classrooms or professional laboratories
- Each part is individually wrapped and cased to ensure that the goods will not easily damaged during transportation. If you have any questions about our products, please contact us and we will resolve them for you
No. 6
384-Well PCR Microplates, Pack of 10, Transparent, Double-Cut Design— for High-Throughput PCR Workflows in...
- · High-quality polypropylene construction ensures excellent thermal conductivity and chemical resistance · Available in transparent or white formats for different detection needs (fluorescence optimization or standard PCR) · Skirted 384-well design...
No. 7
Pssopp 10Pcs 96 Wells Deep Well Plate, Polypropylene Storage Microplates 2.2mL for Sample Storage Cell...
- [Deep Well Design]Each plate features 96 wells with 2.2mL capacity suitable for cell culture and assay applications.
- [Durable Material]Made from polypropylene ensuring reliable performance in your lab.
- [Efficient Identification]Alphanumeric codes on the surface facilitate easy tracking and minimize errors.
- [Versatile Application] for high-throughput screening, sampling, and automated liquid handling.
- [Extreme Temperature Use]Compatible with ultra-low temperature environments down to -248°F.
No. 8
96-Well Polystyrene Microplates, Pack of 5, for Elisa Assays (Non-Detachable,F96)
- Specially designed for ELISA experiments, with good adsorption performance and low blank value;
- Uniform thickness and pore size within the hole;
- There are unique letter and number markings on the board frame for easy identification and experimentation
No. 9
Axygen P-5ML-48-C-S Deep Well 48-Well x 5mL Assay Storage Microplate With Rectangular Pyramid Bottom Wells...
- 48-well rectangular deep well plate with pyramid bottom
- Volume: 5mL; working volume: 4.6mL
- Color: clear
- Sterile
- Material: polypropylene
No. 10
Axygen P-96-450V-C-S Deep Well 96-Well x 500 microliter Assay Storage Microplate with V-Bottom Wells, Clear...
- Polypropylene 96-well "V" bottom assay plate
- Working volume: 500 microliter
- Color: clear
- Bottom: "V"; SBS foot print; sterile
- RNase, DNase, and pyrogen free
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Last update on 2026-04-16 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Assay Microplates
Understanding Microplate Types
- Material: Polystyrene is the most common, offering good optical clarity and surface properties for biological assays. Polypropylene is chosen for its chemical resistance and low protein binding, ideal for certain storage or harsh chemical applications.
- Well Count and Shape: Common configurations include 6, 12, 24, 48, 96, and 384 wells. Well shapes (flat-bottom, round-bottom, V-bottom) are designed for specific assay types, with flat-bottoms being standard for ELISA and cell-based assays.
- Surface Treatment: Untreated plates are generally hydrophobic. Treated plates, like medium or high-binding, enhance protein adsorption for assays like ELISA. Sterile plates are essential for cell culture and microbiological work.
Key Features to Consider
- Optical Clarity: For spectrophotometric measurements, clear or transparent plates are necessary. For fluorescence or luminescence, black plates minimize background interference, while white plates enhance signal detection.
- Lid Compatibility: Plates often come with lids to prevent evaporation and contamination. Ensure the lid fits snugly and is suitable for your application (e.g., condensation rings for incubation).
- Plate Format: Standard SBS microplates are designed to fit automated liquid handling systems and plate readers, ensuring compatibility with laboratory equipment.
Assay-Specific Requirements
- ELISA and Immunoassays: High-binding polystyrene plates with flat bottoms are typically preferred for optimal antibody and antigen adherence.
- Cell Culture: Sterile, tissue-culture treated plates are essential to promote cell attachment and growth.
- Molecular Biology: Plates for PCR or DNA/RNA work may require specific materials or optical properties for accurate amplification and detection.
Comparison Tips
- Verify Material Compatibility: Ensure the plate material is inert to your reagents and solvents.
- Check Reader/Automator Specifications: Confirm the plate dimensions and well format are compatible with your existing instrumentation.
- Consider Throughput Needs: Higher well counts (e.g., 384-well) increase throughput but may require specialized equipment for handling.
- Evaluate Sterility Requirements: Always opt for sterile plates when working with cell cultures or sterile samples to prevent contamination.
Frequently Asked Questions
What is the difference between treated and untreated microplates?
Untreated plates have a naturally hydrophobic surface that is suitable for some applications. Treated plates undergo a process to modify their surface properties, making them hydrophilic and enhancing their ability to bind biomolecules like proteins, which is crucial for assays like ELISA.
Which microplate is best for cell culture?
For cell culture, sterile, tissue-culture treated microplates are essential. The treatment promotes cell adhesion and growth, while sterility prevents contamination that could compromise experimental results.
Why are black and white microplates used?
Black microplates are used to reduce background fluorescence and luminescence, improving signal-to-noise ratios in sensitive assays. White microplates are used to enhance the signal detection in luminescence and fluorescence assays by reflecting light.
Are all microplates compatible with automated systems?
While many plates adhere to the standard SBS (Society for Biomolecular Screening) footprint, it's crucial to verify compatibility. Check the dimensions and specifications to ensure they fit your automated liquid handlers and plate readers.
What does 'medium binding' or 'high binding' refer to?
'Medium binding' and 'high binding' refer to the surface treatment of polystyrene plates designed to maximize the adsorption of antibodies or antigens. High-binding plates offer greater capacity for protein immobilization, which is beneficial for highly sensitive immunoassays.
Can I use a polypropylene plate for ELISA?
While polystyrene is generally preferred for ELISA due to its binding properties, polypropylene plates can be used if chemical resistance or low protein binding is a priority. However, you might need specific surface modifications or assay adjustments to achieve optimal results.
