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AHN myPlate® Deep Well Plates
AHN myPlate® Deep Well Plates provide reliable high-volume sample storage, preparation, and processing, supporting efficient workflows in molecular biology, cell culture, and analytical laboratory applications.
Ahn
Description
The AHN myPlate® Deep Well Plates are a game-changing addition to the AHN myPlate® range, designed to elevate your laboratory workflows with enhanced sample handling capacity. These versatile plates open up a world of possibilities, making them a must-have for diverse research applications. Experience unmatched efficiency and precision in biological sampling, tissue homogenization, molecular analysis, and more. Built to support high-throughput research, AHN Deep Well Plates are available in sterile variants and feature alphanumeric indexing for easy identification. Their reinforced walls ensure durability, while multiple volume options and universal compatibility make them adaptable to any laboratory setup. Optimize your experiments with cost-effective and reliable solutions that empower accuracy and consistency.
Contaminant-free – manufactured in a class 100K cleanroom facility
Certified purity – DNase, RNase and endotoxin inhibitors free
Fully autoclavable – AHN myPlate® Deep Well Plates are autoclave-ready for easy sterilisation and decontamination after use. Safe for use in high-temperature protocols up to 121°C
Freeze-ready – excellent low-temperature stability, AHN myPlate® Deep Well Plates can be used for sample and reagent storage in refrigerators and freezers. Safe for use on low temperatures up to a limit of -80°C
Alphanumeric sample index – feature an intuitive, embossed sample index with alphanumeric code for easy well identification
ANSI compliant – including ANSI/SLAS standards for microplate dimensions ensuring universal compatibility with standard handling platforms
Easy stacking – compact design saves space on workbench or in storage
Raised-rim design – minimises cross-contamination across sample wells, and feature a subtle raised-rim design around the opening of each well
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