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Intelligent Synthesis Workstation
XmartChem
Intelligent Synthesis Workstation
High throughput Fully automatic
The XmartChem workstation enables the full automation of the entire chemical synthesis process, including solid and iquid dispensing, reaction, product dilution, transfer, filtration, and LC-MS analvsis. it allows flexible configuration of reaction volume, temperature, inert atmosphere, and operational methods according to R&D needs. The system performs automated LC-MS spectrum analysis and calculates product peak areas, and utilizes Al to determine whether the product meets the quality standards required for subsequent reaction steps. lt overcomes the bottleneck of traditional manual synthesis and reaction condition screening, enabling high-throughput experimental parameter optimization, liberating laboratory manpower, and significantly improving efficiency.
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Application
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Workflow
1. Experimental Design
2. Reaction Preparation
3. Task Programming
4. Solid & Liquid
Reagent Dispensing
5. Temperature-Controlled
& Stirred Reaction
6. Sampling & Dilution
7. Filtration
8. UPLC Analysis
9. Result Output
Reaction Optimization, Route Scouting, or Feedback Provision to Guide Next-Step Experimental Design
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Product Features
Customized Synthesis Platforms
Tailored to Clients' Needs
Flexible Combination of Functional Modules to redefine R&D Efficiency
灵活模块
固/液投料、反应、稀释、过滤及分析
固体投料
覆盖大粒径（1.2mm）、流动性差、静电等复杂性质粉末投料，投料范围 1 mg ~ 20 g，称量分辨率 0.1 mg
惰性气氛条件
智能⼿套箱⼯作站，适⽤于无水无氧操作体系的合成反应，实现投料反应及监测需
开放集成
支持多种第三⽅设备如LC-MS等集成到工作站
柔性拓展
根据不同应用场景，兼容不同反应容器，六轴/四轴机器⼈系统支持集成多种自动化模块
灵活模块
固/液投料、反应、稀释、过滤及分析
固体投料
覆盖大粒径（1.2mm）、流动性差、静电等复杂性质粉末投料，投料范围 1 mg ~ 20 g，称量分辨率 0.1 mg
惰性⽓氛条件
智能⼿套箱⼯作站，适⽤于无水无氧操作体系的合成反应，实现投料反应及监测需求
开放集成
支持多种第三⽅设备如LC-MS等集成到工作站
柔性拓展
根据不同应用场景，兼容不同反应容器，六轴/四轴机器⼈系统支持集成多种自动化模块
Chemist-Centric Software: Intuitive and User-Friendly
Enhancing Experimental Efficiency and Data Reliability, Customized for Chemical R&D
1. Intuitive Operation, What You See ls What You Get
Visualized Interface：Touchscreen for quick access to all functions, including resources, methods, tasks and data
1:1 Equipment Layout Mapping：The resource configuration interface faithfully replicates the internal device layout, facilitating convenient operation and easy learning
2. Templatized Workflows for Enhanced Efficiency
Pre-configured Templates：Quickly create or access templates for common reactions such as amide synthesis, reductive amina-tion, metal-catalyzed coupling, and cyclization, avoiding repetitive setups
Efficient Parameter Setting：Easily set reaction parameters with support for batch import, significantly reducing experimental preparation time
3. Guaranteed Data Security & Integrity
Granular Access Controls：Role-based user permissions ensure experimental methods and core data remain secure and controllable
Automated Full-Process Recording：Real-time, automatic collection of reaction conditions and experimental data, ensuring traceability of the complete experiment
4. Intelligent Spectrum Analysis
Al-Powered Spectrum Interpretation：The system performs automated LCMS spectrum analysis and calculates product peak areas, and leverages Al to determine whether the product meets the quality requirements for subsequent reaction steps
5. Seamless Integration into Digital Ecosystem
Open for Integration：Easily integrated with LlMS and compatible with XtalPi digital softwares. (including ELN and DigitalT-win Simulation Systems)
