SEED Biosciences DispenCell S2021 Single-Cell Dispenser for Precise Cell Isolation

The SEED Biosciences DispenCell S2021 is a benchtop single-cell dispenser designed for high-accuracy isolation of individual cells into standard laboratory plates, including 96-well (200 µL) and 384-well (50 µL) formats. Featuring a gentle, non-contact dispensing mechanism operating at pressures below 0.1 psi, it preserves cell viability—essential for fragile, primary, and rare cell populations frequently used in stem cell research, molecular diagnostics, genome editing workflows such as CRISPR cloning, and bioprocessing applications.

Key technical specifications include:

This system is widely adopted in biotechnology and biomanufacturing for applications requiring stringent single-cell accuracy, including monoclonal cell line development and single-cell cloning. Its compact benchtop footprint facilitates seamless integration into cell imaging, live-cell analysis, and biomedical engineering workflows. The DispenCell S2021 supports consistent single-cell dispensing critical for experimental reproducibility and scalability in synthetic biology and molecular cloning pipelines.

The instrument is delivered fully serviced, tested, and warranted, ensuring reliable operation upon installation. It includes a standard power cord and is compatible with established tissue culture consumables and reagents. Pre-shipment validation includes software connectivity, system initialization, and self-check procedures. Available support services include on-site installation (Boston/New England area), technical consultation, and comprehensive after-sales warranty covering both parts and labor. Shipping options cover domestic and international freight with attention to safe packaging in ISPM15-certified crates to protect instrument integrity during transit.

Altogether, the DispenCell S2021 is a technically robust and precise single-cell dispensing solution optimized for researchers and laboratory professionals engaged in advanced molecular biology, clinical diagnostics, and biopharmaceutical production pipelines requiring high-throughput, accurate, and viable single-cell isolation.