Well Plates
Well plates are the ideal solution to transfer samples from automated processes to HPLC and LC/MS instrumentation. Agilent offers a comprehensive selection of InfinityLab polypropylene storage and sample microwell plates in different well sizes and different well and bottom shapes ensuring each Agilent well plate sampler setup is perfectly equipped for diverse HPLC applications. 96 deep well plates and 384 well plates for high through-put analysis are available to fit organic as well as aqueous solvent containing samples for HPLC and LC/MS applications.
Agilent also offers compatible, easily pierceable silicone pre-slit sealing mats that provide a perfect fit when used with InfinityLab well plates and avoid any sample evaporation and cross-contamination.
Agilent InfinityLab well plates and sealing mats are optimized for high performance in your chromatography and mass spectrometry high-throughput workflows. Choosing the right Agilent well plate and sealing mat can help you avoid such pitfalls as missed data points, instrument downtimes, sample rerun, and a failure to meet project deadlines.
Agilent also offers compatible, easily pierceable silicone pre-slit sealing mats that provide a perfect fit when used with InfinityLab well plates and avoid any sample evaporation and cross-contamination.
Agilent InfinityLab well plates and sealing mats are optimized for high performance in your chromatography and mass spectrometry high-throughput workflows. Choosing the right Agilent well plate and sealing mat can help you avoid such pitfalls as missed data points, instrument downtimes, sample rerun, and a failure to meet project deadlines.
Product Details
Features
- Well plate and sealing mat combinations ensure Agilent InfinityLab Multisampler compatibility.
- HPLC solvent (from aqueous to organic solvents) compatible materials.
- A large range of well volumes and package quantities provide the flexibility needed to suit your lab size and your needs.
- Compliant with worldwide ANSI and SLAS standards and automated workflows.
