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E-mail
bd@xtalpi.com
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Phone
18918670587
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Address
1st Floor, Phase II, International Biomedical Industry Park, No. 2 Hongliu Road, Fubao Community, Fubao Street, Futian District, Shenzhen
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Shenzhen Jingtai Technology Co., Ltd
XmartChem® Intelligent synthesis workstation (glove box workstation)
NegotiableUpdate on 02/03
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Overview
The XmartChem intelligent synthesis workstation (glove box workstation) realizes the automation of the entire process of feeding, reaction, product dilution, transfer, filtration, and liquid quality analysis in synthesis experiments. It can configure different reaction volumes, temperature conditions, inert atmosphere conditions, and experimental operation methods according to R&D needs, complete automatic LCMS spectrum analysis and product peak area calculation, and AI judges whether the product meets the quality requirements of subsequent reaction steps. Breaking through the bottleneck of low efficiency in traditional artificial synthesis screening reaction conditions, achieving high-throughput real parameter optimization, freeing up laboratory manpower, and greatly improving efficiency.
Product Details
XmartChem Intelligent Synthesis Workstation (Glove Box Workstation)
High throughput fully automatic
Realize the automation of the entire process of feeding, reaction, product dilution, transfer, filtration, and liquid quality analysis in synthesis experiments. Different reaction volumes, temperature conditions, inert atmosphere conditions, and experimental operation methods can be configured according to research and development needs to complete automatic LCMS spectrum analysis and product peak area calculation. AI determines whether the product meets the quality requirements of subsequent reaction steps. Breaking through the bottleneck of low efficiency in traditional artificial synthesis screening reaction conditions, achieving high-throughput real parameter optimization, freeing up laboratory manpower, and greatly improving efficiency.
Application scenarios
Reaction condition screening, synthesis methodology research, catalyst screening, compound library construction, etc
Creating a new paradigm for synthetic research
——AI+robot technology drives innovation
Efficient human-machine collaboration:24/7 uninterrupted, efficient, and safe operation;
Implement standard operations:Standardize the operation of water oxygen sensitive chemical synthesis reactions to reduce human error rates;
Enhance security measures:Reduce the risk of staff exposure to harmful chemicals and potential hazardous reactions.
Build an exclusive synthesis platform based on customer needs
——Free combination of functional modules, flexible definition of research efficiency
Solid liquid reagent addition:Switch cover module, powder adding module, liquid feeding module
Reaction:Vibration module, mixing module, glove box workstation
Analysis and testing:Dilution filtration module, LC-MS detection module
定制化配置：Different reaction vessels and consumables, six axis/four axis robots
A software system specially developed for chemical personnel, intuitive and easy to use
——Improve experimental efficiency and data reliability, tailored for chemical research and development
What you see is what you get, intuitive operation:
·Visual touch interface: touch screen operation, intuitive access to functional information such as resources, methods, tasks, and data
·1: 1. Device layout mapping: The resource configuration interface accurately matches the internal structure of the device, with intuitive operation and extremely low learning costs
Template based experimental process, doubling efficiency:
·Prefabricated/Calling Templates: Quickly create or call commonly used reaction templates (such as amide synthesis, reductive amination, metal catalyzed coupling, cyclization reactions), eliminating the need for repeated settings
·Convenient parameter setting: easily set reaction parameters, support batch import, greatly saving experimental preparation time
Worry free data security and integrity:
·Fine permission management: graded user permissions to ensure the security and controllability of experimental methods and core data
·Full process automatic recording: Real time automatic collection of reaction conditions, control instructions, and experimental data to ensure complete traceability
Intelligent spectrum analysis:
·AI spectrum analysis: Complete automatic LCMS spectrum analysis and product peak area calculation, AI judges whether the product meets the quality requirements of subsequent reaction steps
Seamless integration into the digital ecosystem:
·Open platform integration: easy access to LIMS system, compatible with Jingtai Technology's digital suite (ELN, digital twin simulation system, etc.)
A comprehensive technical support system
——Your trusted research partner, providing full support throughout the process
Diversified team:A research and development team that combines chemists and automation, with a deep understanding of application scenarios, produces products that better meet your needs
Efficient ServiceProduct provides full lifecycle support from installation, training, maintenance, repair to upgrade
Worry free after-sales service:A professional and comprehensive service team that responds on the same day
Consumables support:Support flexible ordering of required consumables and fast delivery
Technical Specifications
| Product Name | Intelligent synthesis workstation | |
| model | ISSW-1000 | |
| Experimental flux | Parallel reaction fluxes of 2 mL × 48, 8 mL × 48, 20 mL × 24, or 40 mL × 24 | |
| Applicable reaction vessel volume | 2. 8, 20, and 40 mL reaction bottles | |
| reaction temperature | -20~150 ℃ | |
| Mixed method | Support magnetic stirring/physical oscillation stirring | |
| Solid sample addition | Scope of sample addition | 1 mg~20 g |
| Weighing resolution | 0.1 mg | |
| Sample addition parameters | Automatic parameter optimization, no need for manual setting | |
| Accuracy of sample addition | ± 0.5 mg (subject to sample test results) | |
| 1 mL pipette tip | Transfer range | 10~1000 µL |
| Transfer accuracy | 10 µL ≤ ± 8.5%，100 µL ≤ ± 2.0%，1000 µL ≤ ± 1.0% | |
| Transfer accuracy | 10 µL ＜ 3.5%，100 µL ＜ 0.85%，1000 µL ＜ 0.75% | |
| Liquid level detection | Pressure level detection | |
| 5 mL pipette tip | Transfer range | 100~5000 µL |
| Transfer accuracy | 100 µL ≤ ± 3.0%，500 µL ≤ ± 2.0%，1000 µL ≤ ± 1.5%，5000 µL ≤ ± 1.0% | |
| Transfer accuracy | 100 µL ＜ 2.0%，500 µL ＜ 1.5%，1000 µL ＜ 1.0%，5000 µL ＜ 0.5% | |
| Liquid level detection | Pressure level detection | |
| Needle pump pipetting | Pump volume | 10 mL |
| Transfer accuracy | <1% (measured at a displacement range of not less than 10%) | |
| Transfer accuracy | <0.5% (measured at a displacement range of not less than 10%) | |
| Filter method | Flash filter bottle pressure filtration | |
| Barcode scanning (optional) | Compatible with common 1D/2D barcodes/QR codes | |
| Nitrogen protection reaction environment (optional) | Water content<1 ppm; Oxygen content<1 ppm | |
| Visual system (optional) | Support taking photos of the bottom and side of the reaction bottle | |
| LCMS detection | Compatible with mainstream liquid-phase brands and models | |
| host size | W3070 × D1280 × H1950 mm, non glove box+analytical testing workstation | |
| W3151 × D2333 × H2153 mm, glove box, no analytical testing workstation | ||
Automated workflow
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