Agilent, 7572915B, TOP-DNA well plate tubes for 1 μmol scale, 20 x 96/pk

TOP-DNA well plate tubes for 1 μmol scale, 20 x 96/pk. TOP-DNA purifies oligonucleotides of up to 150-mer in length and from 200 nmol to 1 µmol. It can also be used for sample preparation before HPLC purification.

Specifications:
Bed Mass: 150 mg
Brand: Bond Elut
Cartridge Material: Polypropylene
Cartridge Size: 1.8 mL
Phase: TOP-DNA
SPE Format: Straight Barrel Cartridge
Sorbent Mass (mg): 150
Sorbent Material: Specialty
Tabless: Yes
UNSPSC Code: 41105500
Volume: 1.8 mL

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Designed for high-throughput DNA synthesis workflows, these well plate tubes support efficient oligonucleotide production at the 1 micromole scale. Each pack contains 20 sets of 96 tubes, ensuring sufficient supply for parallel processing and minimizing downtime in research operations. The tubes demonstrate excellent chemical resistance and compatibility with automated synthesizers, providing secure sample containment during synthesis, washing, and elution steps. Their standardized dimensions fit seamlessly with common well plate formats and accommodate robotic liquid handling platforms, streamlining integration into existing laboratory automation processes. Ideal for genomics laboratories and molecular biology facilities engaged in custom DNA synthesis, these well plate tubes provide optimal performance in applications including gene synthesis, PCR primer preparation, probe generation, and next-generation sequencing library construction. The robust construction reduces risk of cross contamination and sample loss, supporting reproducibility and reliability in demanding experimental setups. Compatible with Agilent’s portfolio of DNA synthesizers and purification systems as well as standard industry instrumentation, these tubes represent a versatile consumable for advanced oligonucleotide manufacturing. Researchers benefit from their high throughput design and proven material quality, enabling consistent results across a broad range of applications in synthetic biology, diagnostics, and genetic analysis.