Agilent, 75401050, VersaPlate preassembled 96-well plate, C18, 50 mg, 40 μm, 1/pk

VersaPlate preassembled 96-well plate, C18, 50 mg, 40 μm, 1/pk. A versatile design that lets you customize plates, insert tubes packed with different phases for sorbent screening, or insert tubes to match the number of samples to be extracted for minimal waste.

Specifications:
Bed Mass: 50 mg
Frit Material: Polyethylene
Frit Pore Size: 20
Particle Size: 40 µm
Phase: C18
SPE Category: Non-polar
SPE Format: VersaPlate
Sorbent Mass (mg): 50
Sterile: No
UNSPSC Code: 41122102
Volume: 1.8 mL
Well Shape: Round

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The VersaPlate preassembled 96-well plate features high-quality C18 reversed-phase material with 50 mg sorbent per well and a 40 micrometer particle size, making it ideal for high-throughput sample preparation workflows. Designed for solid-phase extraction SPE and purification of a wide range of analytes, this plate supports efficient processing of biological, environmental, pharmaceutical, and food samples. Its uniform packing ensures consistent flow rates and reproducible recoveries across all wells, supporting both qualitative and quantitative analyses.

This format is particularly suited for laboratories employing liquid handling automation and is compatible with most robotic sealing and manifold systems. The preassembled design eliminates the need for manual plate assembly, reducing preparation time and minimizing risk of cross-contamination. Researchers in proteomics, metabolomics, clinical, and forensic studies will benefit from the efficient extraction of peptides, small molecules, and other compounds from complex matrices.

The 96-well plate geometry integrates seamlessly with Agilent vacuum manifolds and positive pressure devices, as well as a broad range of standard microplate accessories. It can be paired with Agilent’s broad portfolio of SPE products and is suitable for downstream LC-MS, GC-MS, and other analytical techniques. This versatile solution supports scalable, reproducible, and reliable sample processing in demanding research environments.