Appleton Deepwell Plates are designed for high-throughput laboratory workflows, providing a reliable solution for sample storage, preparation, and processing. These plates are engineered to facilitate efficient liquid handling and sample recovery, making them a staple in molecular biology and diagnostic environments. Their robust construction supports a variety of automated and manual processes, ensuring consistent performance across diverse laboratory protocols.

Key Features

High chemical resistance for compatibility with a wide range of laboratory reagents and solvents
Standard footprint design ensures compatibility with automated liquid handling systems and robotic platforms
Raised rim design around each well to enhance sealing integrity and prevent cross-contamination
Alphanumeric grid referencing for easy sample identification and tracking during complex workflows

Applications

Long-term sample storage and biobanking
High-throughput screening and assay preparation
Serial dilutions and reagent transfer in automated systems
Sample collection and preparation for genomic or proteomic analysis

Disclaimer

Users should verify chemical compatibility and temperature tolerances for specific reagents and thermal cycling protocols before use.

What Our Clients Say

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RNAnalytics

Leading The Way In Gene Therapy Analytics

As a startup focused on developing analytical toolkits for LNP characterization, RNAnalytics operates under tight budget constraints while striving to maintain a fully stocked lab with high-quality materials. Sustainability is also a core pillar of our operations, pushing us to make environmentally conscious decisions wherever possible....