Single Cell Suspension Dissociator, 8 Channels

Single Cell Suspension Dissociator, 8 Channels

Catalog Number:
TDS1504650RWD
Mfr. No.:
DSC-810
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Size:
EA
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    • Overview
      • Single-cell suspension dissociator uses tissue processing tubes, tissue dissociation kits, and built-in optimization programs for preparing high-activity single-cell suspension and tissue homogenate. The preparation of single-cell suspension with high cell viability can be completed within 15-30 minutes, which makes the
        experiments more reproducible. 8 independent operating channels and heating jackets can automate the processes and improve the efficiency of tissue processing
        Heating jackets are available for fully automated sample preparation.
        A smarter way to dissociate single-cell suspension from human/mouse/rat tissue.
        DSC-810 is designed to help you quickly prepare tissue into a single cell suspension with high cell viability or tissue homogenate, greatly increasing experimental repeatability. Independent 8 channels with automatic processing improve the efficiency of organization processing.

        Advantages
        · Easy Operation
        User-friendly software with touch screen, one-touch to run preset processing programs or edit custom programs.
        · 8 independent working channels
        Each channel can run different programs simultaneously, and it can also be equipped with a heating jacket to achieve automatic sample preparation.
        · Wide range of applications
        Stable motor speed ranges from 0 to 4000 rpm, capable of single-cell suspension and tissue homogenate.
        · Flexible collocation of consumables and reagents
        Customized tissue dissociation kits and tissue processing tubes can ensure cell viability and reduce experimental losses.

        Please contact us at for specific academic pricing.

    • Properties
      • * For research use only.

    • Applications
      • Application Description
        · Compound toxicity evaluation
        · Drug development process
        · Single-cell sequencing
        · Primary cell culture
        · Fluorescence-activated cell sorting
        · Cell therapy
        · Flow cytometry