细胞制备一体机-Advanced Cell Processing

Example

The machine uses a dual-route centrifugation chamber design to achieve separation, washing, and concentration of PBMCs (Peripheral Blood Mononuclear Cells) with high yield and viability, distinguishing itself from existing patents and technologies.

Scenario

In a clinical lab, when preparing PBMCs for immune cell therapy, the machine efficiently separates and processes the cells, reducing preparation time and improving outcomes.

Example

Incorporating magnetic sorting with a built-in CytoSinct™ column for automated magnetic rack functions, allowing for the separation and collection of specific cell types, such as T cells, for therapeutic purposes.

Scenario

A research institution utilizing the machine for sorting T cells from a mixed cell population to study T cell therapies for cancer treatment.

Example

The machine supports lentiviral transfection with optimized protocols to achieve high transfection efficiency, critical for gene editing applications.

Scenario

Biotech companies employing the machine to transfect cells with specific genes, aiming to develop genetically modified cell lines for drug discovery.

Example

Features such as PH/DO real-time monitoring and integrated temperature control for the culture chamber facilitate precise cell culture conditions, enabling optimal cell growth and maintenance.

Scenario

Cell therapy manufacturing facilities use the machine for expanding therapeutic cells under strictly controlled conditions, ensuring the quality and efficacy of the final product.