The automatic chemical synthesis workstation is reshaping modern chemical laboratories from four dimensions: efficiency improvement, safety enhancement, data management optimization, and scientific research mode innovation, by integrating automation, intelligence, and modular technologies.
Efficiency Revolution: Unmanned and High Throughput Parallel
The workstation supports 24-hour unmanned operation. Taking Jingtai Technology as an example, 5 people+3 devices can complete the synthesis of 72 molecules within 10 weeks, with an efficiency twice that of traditional manual mode. In high-throughput scenarios, efficiency can be increased by 50% -100%. Its modular design allows for quick switching of reaction parameters, such as the Ruihua Science MAPS-6400 workstation supporting four channel independent temperature control (-40 ℃~180 ℃), single channel compatibility with 500mL reactors, and the ability to simultaneously carry out differentiated temperature zone reactions, significantly shortening the research and development cycle.
Security Refactoring: A "Explosive Disposal Robot" for High Risk Experiments
Workstations use robotic arms and closed systems to replace manual operation of highly toxic, flammable, and explosive substances, such as zinc cyanide feeding, anhydrous and anaerobic reactions, and other high-risk scenarios. The Ruihua Science MAPS-6400 is equipped with an emergency cooling system and a material internal temperature feedback mechanism. After the temperature difference threshold is triggered, it automatically starts Peltier refrigeration with a cooling rate of ≥ 25 ℃/min to avoid reaction runaway and reduce the risk of exposure to experimental personnel.
Data driven: a leap from experience to intelligence
The workstation is equipped with built-in sensors that collect real-time parameters such as temperature, pressure, and concentration, and dynamically optimize reaction conditions using AI algorithms. For example, the Oushi Sheng solution achieves full automation of the reaction process and detection process through the linkage of online detection instruments and microreactors, with a data traceability rate of 100%. Jingtai Technology System has undergone nearly 10000 reaction tests, with a reproducibility rate of over 95%, providing high-quality data foundation for AI modeling.
Innovation of scientific research mode: paradigm breakthrough of human-machine collaboration
The workstation breaks the traditional "one person, one pot" experimental mode and supports multi-step, multi parameter parallel exploration. In drug development, it can cover 80% of common reaction types (such as amide synthesis, Suzuki coupling), combined with automated glove boxes to reduce the threshold for anhydrous and anaerobic operations, making complex synthesis processes standardized and replicable. This transformation has propelled chemical research from being "experience driven" to "data and intelligence driven", injecting new momentum into fields such as new material development and drug creation.