Optimise biomanufacturing with simplified cell analysis and sorting 

The SH800 Cell Sorter is easy to use for reliable outcomes 

Strain improvement and bioprocess monitoring are key factors in successful biomanufacturing processes, having significant impact on yields, operational efficiency, and overall economic viability. To master these factors, manufacturers require advanced technologies that both streamline processes and are easy to learn for inexperienced users. 

The SH800 Cell Sorter emerges as a transformative solution, empowering users to accelerate strain improvement and simplify bioprocess monitoring. At the core of its capabilities lies the revolutionary Sorting Made Simple™ technology, positioning the system as a user-friendly gateway to the gold standards of flow cytometry and cell sorting, often considered too complex. 

The SH800 system's standout feature is its innovative microfluidic chip, a technology that ensures effortless, precise, and contamination-free sorting during strain selection and improvement. This technology not only enhances the accuracy of the process but also contributes to the overall reliability of the outcomes. The system's advancements in high-throughput operations and consistently high-viability sorting empower users with rapid and unbiased measurements, crucial for comprehensive characterisation and stringent quality control measures. 

The user-friendly design extends beyond hardware to the intuitive software of the SH800 system. Combined with advanced automation setup and calibration, the software significantly reduces the learning curve for the team. Together, these features ensure that the analysis of microbial samples becomes a seamless and efficient endeavour, promoting a smoother integration of the SH800 system into a biomanufacturing workflow.  

In essence, the SH800 system transforms the landscape of strain improvement and bioprocess monitoring, making these critical factors more accessible and user-friendly for both seasoned professionals and new users alike. 

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