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Microplates are essential tools for laboratory work, offering standardized containment for samples. Selecting the appropriate type ensures sample integrity, experiment accuracy, and efficient workflow. Investing in quality microplates can prevent costly errors and contamination, making it a crucial decision for any research or diagnostic setting.
High Quality Material: 96 well deep well plate made of polypropylene, autoclavable, reusable, free of DNase/RNase and pyrogens, ensuring reliable results for experiments
With Identification: Clear alphanumeric markings along the horizontal and vertical edges allow for easy sample identification and well positioning, reduce operation errors
Standard Size & Compatibility: Adopts universal standard dimensions (128×86mm), confirm with sbs standards for automation, compatible with automated nucleic acid extraction equipment
U/V Bottom:U-bottom design facilitates sample suspension and long-term storage, V-bottom helps maximize sample precipitation and recovery. Stackable design saves storage space
Wide Applications: Suitable for sample storage, high-throughput extraction, PCR experiments, protein precipitation and laboratory liquid liquid handling
Premium Porcelain Construction: Made from high-quality white porcelain material that resists chemical corrosion and withstands repeated laboratory use
6-Well Design: Features six individual wells for conducting multiple spot tests, reactions, or comparisons simultaneously in one convenient plate
Laboratory Applications: Ideal for chemical experiment testing, spot reactions, qualitative analysis, and various laboratory procedures requiring small-scale testing
Versatile Storage Solution: Functions as a microplate for organizing and storing small samples, reagents, or specimens during experiments
Easy to Clean: Smooth porcelain surface allows for simple cleaning and sterilization between uses, maintaining laboratory hygiene standards
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
Last update on 2026-06-22 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Storage Microplates
Material Matters
Plastic: Most common and cost-effective, suitable for general storage and many assays. Polystyrene (PS) and polypropylene (PP) are popular choices, with PP offering better chemical resistance and lower binding affinity.
Glass: Offers superior chemical inertness and is ideal for sensitive assays or long-term storage where leaching is a concern. However, glass is more fragile and expensive.
Volume and Well Count
Consider the volume of your samples and the number of wells required for your experiments. Plates range from low-volume (a few microliters) to higher volumes (several milliliters) and from 6-well to 1536-well formats.
Ensure the well volume and count align with your experimental needs to avoid waste or insufficient capacity.
Format and Features
Surface Treatment: Some plates have surface treatments to enhance cell adhesion or reduce non-specific binding, crucial for specific biological applications.
Lids and Sealing: Options include plates with integrated lids or compatible sealing films/mats, which are vital for preventing evaporation and contamination during storage or incubation.
Frequently Asked Questions
What is the difference between polystyrene and polypropylene microplates?
Polystyrene (PS) plates are generally more rigid and transparent, making them suitable for optical measurements. Polypropylene (PP) plates offer better chemical resistance and are less prone to leaching, making them a good choice for storing aggressive chemicals or for applications where low binding is critical.
How do I choose the right well volume for my needs?
Consider the typical volume of the samples you will be storing or analyzing. If you are working with small sample volumes, a lower-volume plate (e.g., 0.1-0.3 mL) is appropriate. For larger volumes or serial dilutions, opt for higher-volume plates.
Are surface treatments important for microplates?
Yes, surface treatments can significantly impact experimental results. Options like tissue-culture treated surfaces promote cell attachment, while other treatments can minimize non-specific binding of proteins or nucleic acids, which is crucial for assays like ELISA or PCR.
What are the advantages of using plates with lids or sealing options?
Lids and sealing options are essential for preventing sample evaporation, minimizing cross-contamination between wells, and protecting samples from airborne contaminants. This is particularly important for long-term storage or during incubation periods.
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