Description
Our state-of-the-art cell processing device stands at the forefront of biotechnological innovation, delivering unparalleled efficiency in the separation and recovery of cells from culture media. This label-free system operates on the cutting edge of inertial microfluidics, a technique that leverages the inertial forces within specially designed spiral microchannels to sort and segregate cells based on their biophysical properties. As cells travel through the device’s intricate pathway, viable cells are gently coaxed to one side of the channel, effectively isolating them from undesired components such as dead cells, debris, and excess liquid.
The beauty of this system lies in its ability to achieve a high-throughput harvest without subjecting cells to the damaging shear forces commonly associated with traditional centrifugation methods. This shear-free environment is crucial for preserving the delicate structure and functionality of the cells, ensuring that they remain viable and intact for further analysis, culture, or therapeutic use.
Designed to integrate seamlessly with large-scale bioreactor setups, our device facilitates a smooth transition from cell growth to harvest. The process not only supports the re-feeding of fresh media into the bioreactor but also concurrently collects waste media, optimizing the overall workflow. With a keen focus on efficiency and cell viability, our device is an essential tool for researchers and clinicians who demand the highest quality in cell processing, whether for advanced research applications or clinical diagnostics. It exemplifies our commitment to advancing cell biology research and therapeutic development by providing a system that is not only highly efficient but also exceptionally gentle and user-friendly.
