Industrial & Scientific Lab Storage Microplates Overview
Lab storage microplates serve as essential tools in a variety of laboratory applications, facilitating efficient sample organization, incubation, and storage. Ideal for high-throughput screening and parallel experiments, these products come in various formats and material types to meet the specific needs of different scientific disciplines. Their design allows for easy manipulation and storage, ensuring optimal environmental conditions for your samples. With numerous features including optical clarity and sterility options, lab storage microplates provide reliability and consistency required in experimental settings.
When selecting lab storage microplates, consider factors such as material type (polystyrene or polypropylene), which affects chemical resistance and durability. Evaluate well formats that suit your project, such as 96 or 384-well plates. Sterile options are crucial for biological applications to prevent contamination. Optical clarity is significant for experiments involving light measurements. Ensure the microplates can withstand required temperature ranges and check if specific surface treatments are available to enhance cell culture performance. Color coding may assist in sample tracking, while sealing options can influence sample evaporation rates and integrity over time. Each of these elements contributes not only to the efficiency of your work but also to the robustness of your results.
Purchasing Considerations
- Material Type: Different materials like polystyrene or polypropylene affect durability and compatibility with certain chemicals.
- Well Format: Select the appropriate well format (e.g., 96-well, 384-well) based on the intended application for optimal results.
- Sterility: For biological applications, choosing sterilized microplates prevents contamination and ensures reliable outcomes.
- Optical Clarity: High optical clarity is essential for applications involving spectrophotometric readings.
- Temperature Resistance: Assess the microplate's ability to withstand temperature variations for both storage and processing.
- Color Coding: Color-coded microplates facilitate easy identification and organization of samples.
- Sealing Options: The choice of sealing mechanisms can affect evaporation rates and sample integrity.
- Surface Treatment: Surface treatments can enhance cell attachment and growth, critical for tissue culture applications.
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Cell Culture Microplates
Designed specifically for cell culture, these microplates provide optimal surface properties for cell adhesion and proliferation.
Assay Microplates
These microplates are tailored for various assays, offering consistent results and compatibility with different detection methods.
Deep Well Microplates
Deep well microplates are designed for storing large volume samples, making them ideal for compound storage and extraction.
PCR Plates
PCR plates feature precise well volumes and thermal stability, critical for amplification procedures.
Storage Microplates with Lid Options
These microplates come with various lid configurations to provide better protection during storage and transport.