Scilogex Quarter Reaction Blocks

Scilogex Quarter Reaction Blocks

$82.95
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Description Scilogex Quarter Reaction Blocks The Scilogex Quarter Reaction Blocks is a versatile and essential accessory designed to accommodate various laboratory applications. This high-quality reaction block features a blue color for easy identification and organization of samples. With its precision-machined design, it provides a secure and uniform heating or cooling environment for up to 24 samples. The Quarter Reaction Block is compatible with standard 0.2mL PCR tubes and strips, making it suitable for a wide range of thermal cycling and sample preparation tasks. Its durable construction ensures long-lasting performance, while the blue color adds a touch of convenience and clarity to your laboratory workflow. Whether you are conducting PCR, DNA amplification, or other temperature-sensitive reactions, the Scilogex Blue Quarter Reaction Block is a reliable and efficient tool for researchers and scientists seeking consistent and reproducible results in their experiments. Product Features: Blue Color for Easy Identification: The Scilogex Blue Quarter Reaction Block features a distinctive blue color, making it easy to identify and organize samples in the laboratory. Precise and Uniform Heating or Cooling: With its precision-machined design, the reaction block provides a secure and uniform heating or cooling environment for up to 24 samples, ensuring consistent results. Versatile Compatibility: The Quarter Reaction Block is compatible with standard 0.2mL PCR tubes and strips, accommodating a wide range of thermal cycling and sample preparation tasks. Durable Construction: Made from high-quality materials, the reaction block ensures long-lasting performance in demanding laboratory environments. Efficient Sample Processing: The Scilogex Blue Quarter Reaction Block is an essential tool for conducting PCR, DNA amplification, or other temperature-sensitive reactions, providing researchers and scientists with reliable and efficient sample processing capabilities.

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