Dynaflow AI + Lights-out Laboratories

AI + Lights-out Laboratories

Beijing Dynaflow Lab Solution Co., Ltd. 's AI + "Lights-out Laboratories" is a comprehensive solution integrating cutting-edge technology, setting a new benchmark for laboratory automation. As a professional full-lifecycle AI + Lights-out Laboratories implementer, its independently developed machine learning AI algorithm management platform, intelligent robots, automatic control equipment, and advanced experimental instruments have achieved unmanned operation and full-process closed-loop control. With its powerful self-learning capabilities, it can automatically complete a series of tasks such as sample processing, operation of experimental instruments, reagent and consumable transportation, environmental control, data analysis, and report generation according to preset technical routes. It can partially or completely replace manual labor, efficiently completing experiments with high repetition, strict precision requirements, high danger, or special environmental needs, truly achieving the unmanned "lights-out laboratory" operation mode.

Dynaflow's AI + Lights-out Laboratories is an innovative engine in the R&D field, and its core advantage lies in the extreme improvement of R&D efficiency. Data shows that the efficiency of AI + Lights-out Laboratories can be as high as 480 times, especially for trial-and-error R&D and repetitive tasks. The laboratory adopts a fully unmanned intelligent execution mode, generating high-quality data through the autonomous operation of robot AI. This data is not only accurate and reliable, but can also be continuously learned and optimized by the AI system, providing data-driven decision support for the R&D process.

More importantly, AI + Lights-out Laboratories deeply embeds intelligent algorithms with self-learning and self-evolution capabilities into the R&D process. It can conduct real-time verification and feedback based on experimental results, dynamically adjust experimental paths, and achieve intelligent iteration of the R&D process. This data-driven scientific research assistance model completely changes the linear logic of traditional R&D, allowing R&D teams to focus on innovative work while ensuring the scientific and economic nature of the experimental route, truly promoting the transformation of scientific research from "experience-driven" to "intelligence-driven" paradigm.

Advantages:

• Unmanned operation: Laboratory processes are completed by robots, robotic arms, and automated equipment, eliminating the need for laboratory personnel and enabling 24/7 operation, reducing human intervention, and improving efficiency and accuracy.
• Intelligent decision-making: AI algorithms design experimental schemes, optimize parameters, and even autonomously analyze results and adjust subsequent steps, improving the success rate and efficiency of experiments.
• Full-process closed-loop: From sample processing and experiment execution to data analysis, a complete closed-loop is formed, reducing human error and ensuring the reliability and consistency of experimental results.
• 24-hour operation: Unrestricted by human working hours, it can significantly shorten the R&D cycle, especially suitable for fields requiring high-throughput experiments.
• High-precision operation: Equipped with high-precision collaborative robots, equipped with precision fixtures, it can accurately complete complex operations, with high repeat positioning accuracy, ensuring the accuracy of the experiment.
• Real-time monitoring and data management: Provides real-time status visualization, supports remote monitoring and alarms, and the data traceability and management system can record key parameters, and data can be exported and seamlessly integrated with LIMS.
• High safety: Avoids personnel contact with hazardous chemicals or biological samples, reducing experimental risks and ensuring the safety of scientific research personnel.
• Self-learning and optimization: The AI + robot system has self-learning capabilities and can continuously optimize operational processes, improving experimental efficiency and quality.
• Cost reduction and efficiency improvement: Long-term savings in labor costs, reduced waste of experimental materials, improved experimental efficiency, and higher economic benefits for the laboratory.
• Wide range of applications: It can be widely used in various fields such as chemical engineering, materials, new energy batteries, biopharmaceutical R&D, life sciences, and testing and inspection, meeting the needs of different industries.

Customized services:

1. Development of a digital management platform:

Develop targeted digital management platform software according to user needs and deploy it on the server; responsible for data analysis, logical judgment, and instruction issuance; it is the "brain" of the robot laboratory.

2. Development of an IOT automatic control system:

Build a unified connection and management of smart space devices to achieve automated detection, transparent laboratories, refined management, and data-driven decision-making.

3. Integration of automated equipment:

It consists of robots, intelligent hardware devices, PLC control and drive devices, and various sensors, receiving instructions from the digital management platform and executing them; scheduling and managing all participating robots and workstations.

Applicable scenarios:

AI + Lights-out Laboratories covers the entire laboratory process, with applications covering the petrochemical, quarantine and inspection, life sciences, and drug R&D fields.

Application cases:

Dynaflow's lights-out laboratory can automatically complete sample testing tasks according to preset technical routes. It also has partial self-learning and evolution capabilities, and can replace manual testing processes with high repetition, high precision requirements, high risks, or harsh environmental conditions. Lights-out laboratory applications cover: petroleum, chemical industry, materials, energy, food, synthetic biology, biopharmaceuticals, life sciences, and analytical testing.

In a lights-out laboratory for a daily chemical company, 1028 samples can be tested daily, which is 64.25 times the number of traditional manual tests. The automatic weighing robot overcomes the problem of inaccurate control of viscous sample pipetting. After repeated weighing dozens or hundreds of times, the A1+ robot learns and evolves by itself, becoming more accurate, infinitely approaching 0.1 grams. It is applied to the detection of viscous liquid samples such as shampoo, shower gel, and hand sanitizer. The lights-out laboratory can complete a large number of sample submissions 24 hours a day, and finally automatically complete the detection and data transmission.

High-throughput viscous Viscous liquid sample detection:

AI + Lights-out Laboratories can process approximately 2000 bottles of samples and complete approximately 10,000 experiments per day. It has fully achieved unmanned operation of the entire laboratory process, significantly improving experimental efficiency, safety, and data traceability. The number of laboratory scientific personnel can be reduced by 83%, and the laboratory construction area can be reduced by 40%.