Can the Single-Cell Printer SCP by Cytena be used with the KX2 robot?
The Single-Cell Printer SCP from Cytena can indeed be automated efficiently using the KX2 robot and software by PAA. We already have the driver written. By integrating the SCP with KX2 PAA, users can automate the precise isolation and dispensing of single cells with accuracy and repeatability. This integration enhances workflow efficiency, flexibility, and reproducibility, making it ideal for a wide range of applications in single-cell genomics, cell line development, and drug discovery. With KX2 PAA, laboratories can optimize their automated workflows to meet specific experimental requirements and achieve reliable results consistently.
Overview of Single-Cell Printer SCP instrument
The Single-Cell Printer (SCP) manufactured by Cytena is a cutting-edge biotechnology instrument designed to accurately dispense single cells into individual wells of microtiter plates. This innovative technology enables precise isolation and deposition of single cells, revolutionizing various applications in the field of cell line development and single-cell research.
Key Features of the SCP:
Precision: The SCP offers high precision and accuracy in dispensing single cells, ensuring reliable results in downstream applications.
Automation: With its automated process, the SCP streamlines the workflow, saving time and reducing the risk of contamination.
Versatility: It is compatible with various cell types, including mammalian cells, stem cells, and microbial cells, making it suitable for diverse research needs.
Efficiency: The SCP enhances efficiency by enabling high-throughput single-cell dispensing, increasing the pace of research and development.
Applications of the SCP:
Monoclonality Assessment: It facilitates the isolation of single cells for monoclonality assessment in cell line development for biopharmaceutical production.
Single-Cell Genomics: Researchers leverage the SCP for single-cell genomic studies, enabling the analysis of individual cell genomes and transcriptomes.
Cell Line Development: The SCP plays a crucial role in the development of monoclonal cell lines for bioproduction and therapeutic applications.
Drug Discovery: It aids in the screening of single cells for drug discovery and development, contributing to the advancement of pharmaceutical research.
Industries Using the SCP:
Biopharmaceuticals: It is instrumental in cell line development and monoclonality assessment for biopharmaceutical manufacturing.
Academic Research: Academic institutions utilize the SCP for single-cell research, contributing to advancements in molecular biology and related fields.
Biotechnology: The biotechnology sector benefits from the SCP's capabilities in single-cell analysis and manipulation for research and development purposes.
Pharmaceuticals: Pharmaceutical companies integrate the SCP in their drug discovery and development processes to enhance efficiency and accuracy.
Overall, the Cytena Single-Cell Printer (SCP) represents a pivotal advancement in single-cell handling technology, offering precise and automated solutions for diverse research and development needs in the biotechnology and pharmaceutical industries.
Overview of Single-Cell Printer SCP instrument
How can I automate my device?
For a full automation of your instrument with KX2 robot you will need:
Bigger project with more instruments
Are you considering to integrate it into a bigger project? We can help you to integrate it into a bigger system with multiple intruments.
Contact us today to find out more and we can custom pick a solution for you.
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Single-Cell Printer SCP (Cytena) with KX2 robot lab integration
Automate the Single-Cell Printer SCP manufactured by Cytena with PAA robots and software for streamlined single-cell dispensing. We already have the driver written.