Opentrons micro-pipetting workstation, as the flagship product of Opentrons Labworks in the field of laboratory automation, outstandingly demonstrates the company's profound technical heritage and unremitting innovation spirit in the field of life sciences. This product is not only a concentrated expression of Opentrons' technical strength, but also an important milestone in its promotion of the automation of life science experiments, providing scientific researchers with an unprecedentedly efficient, precise and flexible pipetting solution.

1. Product Overview Opentrons micro-volume pipetting workstation, especially its Flex fully automatic pipetting workstation, is a new technological breakthrough for Opentrons in the field of laboratory automation. The workstation combines advanced robotics, open source software, and artificial intelligence tools to provide scientists with more efficient and compatible solutions. Flex fully automatic pipetting workstation has high flexibility and wide applicability, which can better adapt to experimental processes and be integrated into most mainstream projects or experiments in the life science field.

2. Core advantages 1. Open source ecosystem and AI empowerment: (1) Opentrons’ open source ecosystem supports AI-enabled laboratory automation. Through compatibility with AI tools such as ChatGPT, it greatly improves protocol development efficiency and maximizes the efficiency of protocol development. It gives full play to the experimental creativity of scientific researchers. Opentrons' software ecosystem has a large number of verified protocol libraries, providing a database for AI to learn independently. 2. Intelligent fully automated pipetting: (1) The Flex fully automatic pipetting workstation is equipped with a fully automatic plate transfer gripper, which can efficiently transfer plates and move transfer plates on modules such as magnetic bead separation plates or thermal cyclers. (2) The pipette uses air displacement technology, supports high-precision pipetting of 1-1000 μL, and is equipped with intelligent sensors with automatic calibration, real-time positioning and error detection functions. (3) The workstation can select the appropriate pipette configuration according to experimental needs, including any two single-channel or 8-channel pipettes, or a separate Flex 96-channel pipette. 3. Convenient operation and space upgrade: (1) The Flex fully automatic pipetting workstation is equipped with a 7-inch LCD touch screen, which is made of anti-scratch and anti-damage LCD material. Users can complete experimental settings through a simple touch screen. (2) The workstation has a one-click calibration function, making calibration simple and easy. The software system has intelligent graphic prompts, making the operation simple and easy to understand. (3) The deck space has been upgraded to 12 main deck spaces and 4 additional board spaces for placing pipette tips, laboratory equipment and functional modules to better meet the needs of scientific researchers.

3. Company background and product applications Opentrons Labworks is a life sciences group with four major divisions: Robotic Robotics, PRL Diagnostic Laboratory, NEO Cell Engineering and AI Artificial Intelligence. Hechuang Bioengineering (Shenzhen) Co., Ltd. is a wholly-owned subsidiary of Opentrons Group established in July 2017. It focuses on the research and development, production and sales of laboratory automation instruments and consumables. Opentrons' products are widely used in universities, scientific research institutions and biochemical companies, and are widely used in molecular biological diagnosis, biotechnology, medical care, food, forensic identification, gene sequencing, protein engineering and other industries. Opentrons micropipetting workstation, as a shining pearl in the field of laboratory automation, is leading life science research to new heights. With its excellent technical performance, high flexibility and strong compatibility, it not only greatly improves the efficiency and accuracy of scientific research work, but also unlocks the possibility of more innovative experiments for scientific researchers.