DSC-410 Single Cell Suspension Dissociator

The purpose of the RWD tissue dissociator is to facilitate the rapid preparation of tissue into homogenate or single-cell suspension with good cell viability, hence improving the repeatability of experiments.

It takes fifteen to thirty minutes to finish. Multiple tissue dissociation channels can be ensured simultaneously by four independent functioning channels that are equipped with automatic programs.

RWD DSC-410 tissue dissociator can be used in primary cell culture, cell sorting, flow cytometry sample preparation, and other processes.

Dissociate tissues: brain tumor, testicles or liver, human tumor, mouse adipose tissue, mouse epidermis, neural tissue from mice or rats, frozen tissue, spleen, lung, lamina propria, lymph gland, etc.

Advantages of DSC-410

Simple to Use

Software that is easy to use and has a touch screen. One touch can be used to edit bespoke programs or run preset processing routines.

Four Separate Operational Channels

In addition to having the ability to run multiple programs at once, each channel has the option of being fitted with a heating jacket for automated sample preparation.

Numerous Applications

A steady motor can homogenize tissue and suspend single cells at speeds between 0 and 4000 rpm.

Flexible Placement of Reagents and Consumables

Tissue processing tubes and customized tissue dissociation kits can minimize experimental losses and guarantee cell viability.

Short Overview

Tissue processing tubes, tissue dissociation kits, and integrated optimization programs are used by the RWD Single-cell suspension dissociator to prepare high-activity single-cell suspension and tissue homogenate. It just takes 15 to 30 minutes to prepare a single-cell suspension with good cell viability, which increases experiment reproducibility. Tissue processing efficiency can be increased by automating procedures and utilizing heating jackets and four separate operational channels.

There are also heating coats available. You can increase efficiency and avoid the time-consuming water bath by using a dissociator with heaters. Additionally, in user-customized programs, all the parameters can be changed to handle a wider variety of tissue types.

Applications

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