Agilent InfinityLab 96 Deep Well Plate, 1.2 mL, Round Wells, U Shape, Polypropylene, 27 mm

Significance of Topic

Deep well plates are essential consumables in analytical laboratories, enabling efficient sample handling, storage, and high-throughput chromatography workflows. Their standardized footprint and chemical resistance support automated platforms, ensuring reproducible results in pharmaceutical, environmental, and biochemical research.

Objectives and Overview

This summary reviews the Agilent InfinityLab 96 Deep Well Plate (1.2 mL, U-shaped wells) data sheet, focusing on design features, performance specifications, and practical applications. The goal is to highlight its suitability for sample collection, mixing, washing, and chromatography tasks in modern analytical labs.

Methodology and Materials

The plate is molded from medical-grade virgin polypropylene to minimize biomolecular binding and withstand temperatures from –80 °C to 120 °C. The U-shaped well bottoms and clear flat design ensure uniform sealing and efficient pelleting. An alphanumeric grid and SBS footprint enable seamless integration with multichannel pipettes and automated handlers. Compatibility with silicone sealing mats facilitates contamination control.

Main Results and Discussion

• Well Configuration: 96 round wells, each 8.3 mm in diameter, 24 mm deep, 1.2 mL nominal volume with 1.0 mL working capacity.
• Physical Dimensions: Plate height 27.2 mm, width 85.5 mm, length 127.8 mm, row/column spacing 9 mm, ensuring SBS standard compliance.
• Chemical Resistance: Suitable for common laboratory solvents including DMSO, phenol, and chloroform; autoclavable without deformation.
• Biocompatibility: Free of RNase, DNase, human genomic DNA, and endotoxins, making it ideal for sensitive biological assays.
• Stackability and Handling: Skirted design supports stable stacking; clear walls allow visual inspection of samples.

Benefits and Practical Applications

The plate’s combination of thermal tolerance, low binding, and standardized format makes it versatile for:

• High-throughput sample preparation and storage.
• Chromatography collection plates for HPLC and SPE workflows.
• Mixing and pelleting in cell biology and proteomics.
• Automated liquid-handling systems in QA/QC and research labs.

Future Trends and Potential Uses

Ongoing innovations may include higher density formats (e.g., 384 wells), advanced surface coatings to further reduce adsorption, and integration with barcoding and RFID for sample tracking. Emerging applications in cell therapy and microfluidics will drive demand for specialized deep well consumables.

Conclusion

The Agilent InfinityLab 96 Deep Well Plate offers robust performance for a broad range of analytical tasks. Its design ensures reliable sample handling, chemical compatibility, and automation readiness, making it a valuable asset for modern laboratories.

Reference

Agilent Technologies. Agilent InfinityLab 96 Deep Well Plate, 1.2 mL, Round Wells, U-Shape, Polypropylene, Data Sheet 5994-6039EN. 2023.