In the fields of life science research and clinical diagnosis, the OT-2 NGS Workstation and Flex NGS library preparation workstation promoted by Opentrons both play an important role. In order to deeply reveal the unique differences between these two workstations, this article will provide you with a detailed analysis of their different roles in NGS experiments and their respective roles from multiple dimensions such as device design, core functions, technical features, and application scenarios. of value.

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1. Equipment overview 1. OT-2 NGS Workstation focuses on the field of nucleic acid extraction and is an automated and intelligent extraction equipment. It is designed to improve the accuracy and efficiency of nucleic acid extraction and meet the needs of high-throughput experiments. 2. The Flex NGS library preparation workstation focuses on the library preparation process and also has automation features. It combines a variety of functional modules, such as pipetting, temperature control, amplification, etc., to support high-throughput NGS library preparation.

2. Core functions 1. OT-2 NGS Workstation nucleic acid extraction: through automated processes, rapid and accurate extraction from samples to nucleic acids is achieved. Flexible configuration: The extraction process and parameters can be adjusted according to experimental needs. High-throughput processing: Supports simultaneous processing of multiple samples to improve experimental efficiency. 2. Flex NGS library preparation workstation library preparation: automatically complete key steps of library construction, such as fragmentation, adapter ligation, PCR amplification, etc. Modular design: It integrates a variety of functional modules and can be flexibly combined according to experimental needs. High-quality library output: Ensure library quality and uniformity by precisely controlling reaction conditions and parameters.

3. Technical features 1. OT-2 NGS Workstation intelligent control: adopts advanced control system to realize automatic monitoring and adjustment of the extraction process. High accuracy: Precise pipetting and temperature control systems ensure the accuracy and stability of extraction results. Strong compatibility: supports a variety of sample types and extraction reagents to meet diverse experimental needs. 2. The Flex NGS library preparation workstation is highly automated: it reduces manual operations and improves experimental efficiency by automating pipetting, temperature control, amplification and other steps. High flexibility: Different kits and processes can be selected according to experimental needs, and it supports a variety of NGS platforms. Standardized output: Ensure the quality and stability of the library through standardized operating procedures and quality control.

4. Application scenarios 1. OT-2 NGS Workstation is suitable for experimental scenarios that require high-throughput and high-precision nucleic acid extraction in life science research. It is also suitable for testing projects that require rapid and accurate extraction of pathogen nucleic acids in clinical diagnosis. 2. The Flex NGS library preparation workstation is suitable for experimental scenarios that require rapid and efficient library preparation in high-throughput sequencing projects. Especially suitable for research projects in the fields of genomics, transcriptomics and epigenetics.

OT-2 NGS Workstation and Flex NGS library preparation workstation each have their own unique advantages and features. The OT-2 NGS Workstation focuses on the nucleic acid extraction process and improves extraction efficiency and accuracy through automated and intelligent technology; while the Flex NGS library preparation workstation focuses on the library preparation process and ensures smooth operation through modular design, high automation and standardized operating procedures. Library quality and stability. Both play an important role in life science research and clinical diagnosis, but the specific choice of which device needs to be comprehensively considered based on experimental needs and budget.

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