Which brand of fully automatic pipetting workstation is better

In scientific research, accurate and efficient experimental operations are the key to success. As an important tool in modern laboratories, fully automatic pipetting workstations have significantly improved the efficiency and accuracy of experiments due to their automation and high precision. However, in the face of many brands on the market, how to choose the equipment that best suits your laboratory needs does need to be carefully considered.

Opentrons fully automatic pipetting workstation

1. Composition structure. The fully automatic pipetting workstation is usually composed of five parts: pipetting module, monitoring module, workbench, safety door and software: 1. Pipetting module: The main function is to complete liquid processing tasks such as sample gradient dilution, pipetting and merging. 2. Monitoring module: It can monitor the status of the pipetting module to ensure the accuracy and accuracy of the pipetting. 3. Workbench: It can place containers, accessories and integrated related instruments required for the experiment. 4. Safety door: Provide safety protection measures. 5. Software: It can control fully automatic pipetting workstations and their integrated related accessories and equipment, realize liquid transfer, reagent addition, proportional dilution or control various integrated accessories, instruments, etc. In addition, some fully automatic pipetting workstations consist of four parts: work platform, liquid distribution device, control system and data processing system. Among them, the working platform is stable and reliable, and can carry a variety of experimental containers; the liquid distribution device realizes liquid transfer with different accuracy and capacity with its precise suction head, air pump and solenoid valve components; the control system relies on advanced computer, PLC or touch screen technology to realize automated control and real-time monitoring of the workstation; the data processing system is responsible for recording and analysis of experimental data, seamlessly connecting with the laboratory information management system, realizing real-time sharing and query of data.

2. Functional features 1. Fully automated operation: Through computer control, automatic dispensing, mixing and transfer of liquids is realized without manual intervention. 2. High-precision pipetting: Equipped with a high-precision pump and sensor to ensure the accuracy and repeatability of pipetting. For example, some fully automatic pipetting workstations have the characteristics of motor models that use DC brushless and closed-loop control, and their service life can reach more than 30,000 hours; the pipetting arm has capacitive liquid level detection to achieve liquid level follow-up, ensuring sufficient sample volume, so as to accurately pipette and distribute liquid; adapt to various imported and domestic gun tips common on the market, saving costs; the liquid type can be automatically distinguished according to the physical properties of the liquid, thereby improving the pipetting accuracy; the suction head type is automatically identified to avoid collisions between the robotic arm during the pipetting process or the suction head type is not matched with the experiment. 3. Modular design: Users can freely select and combine different functional modules according to actual needs, such as suction head loader, waste liquid collector, etc. For example, some fully automatic pipetting workstations have rotating robotic arms that can be independently rotated to meet the transfer between the plates in the tabletop, and can be integrated with other modules to save space and improve operational efficiency. The tabletop modules and layouts can be replaced at any time according to future needs to meet the needs of different experimental applications. 4. Intelligent protection: equipped with ultraviolet disinfection module and HEPA filtration system to effectively reduce the risk of pollution during the experiment. 5. Remote monitoring: supports remote wireless operation and provides a remote monitoring system to maximize the system's uptime.

3. Advantages of the Opentrons brand over other brands. As an emerging brand in the field of automation equipment, Opentrons has gradually gained a place in the fully automatic pipetting workstation market due to its high cost-effectiveness, ease of use and innovation. So, what are the unique advantages of Opentrons? 1. High cost performance: Opentrons are usually relatively affordable in terms of price, especially suitable for laboratories with limited budgets. Although the price is relatively low, its performance and functions are not inferior to some high-end brands. Opentrons is an ideal choice for many labs with limited budgets but want to automate operations. 2. Open Source Platform: One of the highlights of Opentrons is its open source operating system. This means that users can customize and modify operating procedures according to their needs, and can even seamlessly connect with other devices and systems. This flexibility greatly improves the scope of application of Opentrons, and is especially suitable for scientific researchers to conduct personalized experimental configurations. 3. Ease of use: Opentrons' device operation interface is simple and intuitive, and users can set experimental parameters through simple graphical operations. Moreover, Opentrons provides rich online resources and tutorials to help users get started quickly. This ease of use is especially friendly to beginners and lowers the technical barriers to automated operations. 4. Community support: Opentrons has a strong user community where users can share operational experience, problems and solutions in the community. Many scientific researchers from all over the world contributed different program codes. In this way, Opentrons users can get more inspiration from it and improve the efficiency of experiments. 5. Multifunctional support: In addition to the standard pipetting function, Opentrons' workstation can also be expanded and upgraded to support more experimental needs. For example, Opentrons' equipment can realize a variety of experimental functions such as sample processing, mixing, and centrifugation through simple modular settings, greatly improving the versatility of the workstation.

In the field of fully automatic pipetting workstations, major brands emerge one after another, but Opentrons stands out with its outstanding performance and high customizability. Its design is simple and intuitive, and it is very friendly in operation, suitable for various scientific research needs. Moreover, the advantage of Opentrons is not only in the technology itself, but also in the fact that it brings a more flexible experience in using scientific research tools. Compared with other brands, Opentrons is more like a platform that can grow with scientific researchers and constantly adapt to new research needs. This open thinking and high plasticity are undoubtedly an important force in promoting scientific research progress.

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