Authentic 96 Well Pcr Plates, Fits Abi Fast Plate Machines Don't Wait [QmveYr0R]

96 Well PCR Plates for ABI Fast Plate Machines

Introducing our high-quality 96 Well PCR Plates, specifically designed to fit ABI Fast Plate Machines. These plates are an essential tool for researchers and lab professionals looking for reliability and efficiency in their PCR and qPCR experiments. With their direct compatibility with all major thermal cyclers, including ABI platforms and sequencers, these plates eliminate the need for adapters, simplifying your workflow and saving time.

• Universal Compatibility: Seamlessly integrates with all major thermal cyclers, ensuring a hassle-free experience.
• Spill Prevention: Features a raised deck to prevent spills, making it ideal for precision experiments.

Key Properties and Specifications

Our 96 Well PCR Plates are constructed with precision, offering a secure seal that is easy to open and close. These plates are compatible with standard 0.2ml or 0.5ml thermal cycler blocks, providing flexibility in your experimental design. The white plates are optimized for qPCR, enhancing sensitivity and reducing variability in fluorescence detection. Additionally, the uniform, thin well walls ensure maximum and consistent heat transfer for efficient reactions.

• Maximum Well Volume: 0.1 mL, allowing for precise and controlled reactions.
• Optimized for qPCR: Enhanced sensitivity and reduced variability for reliable results.

Practical Applications and Benefits

These versatile 96 Well PCR Plates are perfect for a wide range of applications, including PCR and qPCR/Real-Time PCR. With their robust construction and advanced features, they are ideal for both routine and complex experiments. The ease of use and compatibility make them a go-to choice for researchers in various fields, from academia to industry.

• Target Audience: Ideal for researchers, lab professionals, and students in fields such as molecular biology, genetics, and biotechnology.
• Enhanced Productivity: Streamline your PCR workflow and achieve reliable results with every experiment.