0.1 mL PCR Plate, Low-Profile

SKU: BY-SS-3455-40

Additional Information & Downloads

0.1 mL PCR Plate, Low-Profile Features

Key Features

• Broad Thermal Cycler Compatibility: The plate is engineered to work effectively with various thermal cyclers, including popular models from brands like Bio-Rad, Thermo Fisher, and Eppendorf, ensuring seamless integration into your existing laboratory equipment.
• High-Contrast Indexing: With bold black alphanumeric indexing, sample identification is simplified, significantly reducing the chances of errors during experiments.
• Optimized Heat Transfer: The ultra-thin, uniform wells are specifically designed for efficient heat transfer, resulting in high reaction efficiency and reproducible results, essential for critical experiments.
• Crystal-Clear Wells: The transparent nature of the wells allows for easy verification of sample volumes, enabling researchers to monitor reactions visually without needing to open the plate.
• Reduced Sample Evaporation: Well ridges help minimize evaporation during the sealing process with film, foil, or strip caps, thereby preserving sample integrity and concentration.
• Premium Material Construction: Made from high-clarity, ultra-pure polypropylene, the PCR plate meets stringent standards (FDA 21 CFR 177.1520 and USP Class VI) for safety and performance.
• Certified Purity: Each plate is certified free of detectable DNase, RNase, DNA, and PCR inhibitors, along with being tested pyrogen-free, ensuring the highest level of purity for sensitive applications.

Applications
The BaaySCI 0.1 mL PCR Plate is suitable for a variety of applications in molecular biology, pharmaceutical research, and food safety testing. Whether performing gene amplification, genotyping, or high-throughput screening, this plate provides the reliability and precision required to achieve consistent results.

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Enhance your laboratory's efficiency and accuracy with the BaaySCI 0.1 mL PCR Plate (SKU: BY-SS-3455-40). Its low-profile design and superior construction make it a valuable asset for high-throughput PCR applications, ensuring optimal performance with every use.