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Microplates are essential tools in many laboratory workflows, from drug discovery to molecular diagnostics. Selecting the appropriate small volume microplate ensures accurate results, efficient sample handling, and reliable performance. Understanding key features will help you find the best fit for your specific research needs.
√ 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...
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.
Volume size : 0.2 mL, Size : W 119.8 mm * D 79.9 mm, Quantity : 10 plates/bag, 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,
The thin, uniformly molded side walls provide excellent heat conductivity, supporting efficient and consistent PCR performance.
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.
Angled Flow Design for 8‑Channel Pipettes: Featuring four corner diversion ports that perfectly align with 8‑channel pipette tips, ensuring stable liquid flow and consistent, uniform dispensing across all wells
Dual‑Sided Volume Markings: Clear 5 mL,10 mL, 15mL incremental graduation marks on both left and right sides allow quick and easy volume verification from any angle during use
Anti‑Stick Stacking Design: Micro‑gap spacing between reservoirs eliminates vacuum adhesion for easy one‑hand separation, while enabling stable, space‑saving stacking for convenient storage
Premium Material: Made from high‑quality polystyrene with reinforced sidewalls to prevent bending or warping during single‑hand operation, ensuring consistent performance and reliable use every time
√ 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...
Clear 96-well polystyrene microplate has round bottom wells with a 330L total well volume and a recommended working volume of 75 to 200L
Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions; binding capacity of 100 to 200ng IgG/sq cm
Suitable primarily for the immobilization of large molecules, such as antibodies, that have large hydrophobic regions that can interact with the surface
Conforms to standard microplate footprint and dimensions
Last update on 2026-10-16 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Small Volume Microplates
Key Factors for Choosing Small Volume Microplates
When selecting small volume microplates, consider the following crucial aspects to ensure optimal performance and compatibility with your experimental setup:
Material and Chemical Compatibility: Microplates are typically made from polystyrene (PS), polypropylene (PP), or polyethylene (PE). Polystyrene is often used for optical applications due to its clarity, while polypropylene offers excellent chemical resistance, making it suitable for storing aggressive reagents or solvents. Polyethylene provides good chemical inertness and is a cost-effective option for some applications. Ensure the material is compatible with the chemicals and temperatures your assays involve.
Well Format and Volume: Small volume microplates come in various well configurations, such as 96-well or 384-well formats, with some specialized plates offering even higher densities. The working volume per well is critical; choose a plate designed for low volumes (e.g., 50-300 microliters) to minimize reagent usage and maximize sample concentration. Consider the geometry of the wells, as some are designed for specific applications like sample evaporation or cell culture.
Plate Features and Handling: Look for features that enhance usability and data integrity. Options like clear bottoms are beneficial for microscopy or spectrophotometry, while opaque walls can reduce well-to-well crosstalk in fluorescence assays. Barcoding can aid in sample tracking and automation. Consider the plate's rigidity for automated handling and its lid compatibility to prevent evaporation and contamination.
Frequently Asked Questions
What is the typical volume range for small volume microplates?
Small volume microplates generally accommodate working volumes between 50 to 300 microliters per well. This range is optimized for applications requiring reduced reagent consumption or higher sample concentrations.
Which material is best for chemical storage?
For storing aggressive chemicals or solvents, polypropylene (PP) is often the preferred material due to its superior chemical resistance. It helps prevent leaching and degradation of the plate material.
How does the well format affect my experiment?
The well format, such as 96-well or 384-well, determines the number of samples you can process simultaneously. Higher density formats allow for more throughput but require precise liquid handling and potentially smaller volumes per sample.
Are there specific plates for optical measurements?
Yes, plates with clear bottoms are ideal for optical measurements like absorbance, fluorescence, or luminescence. They allow light to pass through unimpeded for accurate detection.
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