Products

Innovative Molecular Cell Biology Tools that

Enable Rapid Target Iteration for Biomedicines

We offer innovative tools in molecular and cell biology to improve the efficiency of drug discovery. With the right tools, researchers can identify optimal targets for better biomedical selections, ultimately reducing both development time and costs.

AccuMag – Magnetic Bead Racks

Magnetic Beads concentrated on a tiny patch smaller than a sesame seed; AccuMag 4

AccuMag Series – The Best Recovery Yield in Class

Novel designed magnetic bead racks with rare-cells & single-cells nucleotide analysis capability. The units effectively concentrate beads in an area smaller than a sesame seed for easy liquid handling. Easy to wash, remove supernatant, and retrieve most beads to prevent loss of the signals.

AccuMag 4

Holds four 1.5 ml tubes

AccuMag 16

Holds two 8-PCR tube stripes

AccuMag 96

Holds a 96 well PCR plate

AccuMag 384

Holds a 384 well PCR plate

AccuMag Series

DropletMatrix – Droplet Suspension Culture System

DropletMatrix

Having trouble getting the spheroid or organoid out of your plate? Retrieving cells or spheroids from conventional well plates can be tricky, and introduces operational variables into the system.

Try DropletMatrix, an easily accessible, flat culture chip for your culture assay needs. The cells are grown within a droplet of culture media on a microscope slide, which can be positioned upright to encourage attachment colonies, or inverted to form hanging droplets for suspension cultures.

The DropletMatrix platform is ideal for single-cell assays, cell colony formation assays, microenvironment assays, organoid culture and analysis, biologics screening, and more. Each chip contains 64/80 wells at 384w-format, compatible with standard microscope slides for high-throughput assays.

OrbScan

A Microfluidic-based object image scanning system that can image suspension specimens, including organoids, zebrafish embryos, spheroids, stem cells, and more. Microfluidic system aligns the specimens in fluid and automatically captures individual object images for high-throughput analysis. For objects between 100 ~ 1200 µm.