The catalyst synthesis workstation developed by Jingtai Technology utilizes advanced automation and robotics technology to break through the bottleneck of high-throughput catalyst synthesis. It can automatically complete steps such as solid-liquid feeding and reactions under different stirring methods with high temperature control. Solved the problem of the wide variety and high concentration of catalyst synthesis process raw materials encountered by customers during the experimental process; The viscosity of the reaction solution slurry is high, making it difficult to stir and mix evenly; The production of a large amount of acidic substances during the reaction process can easily corrode equipment, which helps to improve the efficiency of catalyst research and synthesis.
●Product Features
Visual software system is intuitive and easy to use
• Easy access to functional information such as resources, methods, tasks, and data
• Design process methods such as directly creating, calling template experiments, or batch importing EXCEL templates
• Real time collection of experimental data, traceable experimental process
Automated control of multi-channel solvent storage
• Automatically move to the work area to complete reagent placement, storage, and liquid addition operations
• Automatic lifting top cover sealed solvent bottle design ensures safe storage of various solvents
Support solid-liquid feeding with different ranges and accuracies
• 30 mL/100 mL powder bucket, suitable for different weighing ranges, weighing resolution of 0.1 mg
• Intermediate sampler design, automatically completes solid feeding operation under reactor heating and magnetic stirring state
• Liquid level detection, supporting high-precision pipetting of 5 mL/50 mL pipettes
Multiple reaction vessels in parallel to improve synthesis efficiency
• Multiple experimental operations, including magnetic stirring, mechanical stirring, and heating concentration
• Metal bath heating, supports setting different reaction temperature values, temperature range RT-220 ° C