The high-throughput organic synthesis workstation is a full-process automated platform dedicated to small-molecule organic synthesis R&D. It integrates a complete experimental workflow covering sample preparation, parallel reaction, liquid-solid separation, online TLC detection, automatic purification and mass spectrometry analysis. Centered on microscale reaction systems and multi-channel parallel control, it realizes an automated and digital closed loop for manually operated procedures in traditional synthetic research.

Designed specifically for medicinal chemistry, fine chemical engineering, material chemistry and other fields, the equipment supports full-scenario applications ranging from reaction condition screening to compound library construction. By boosting R&D efficiency, cutting costs and minimizing manual intervention, it delivers reliable, reproducible and standardized solutions for organic synthesis research.

Features

• High-Throughput Parallel Reactions
  Adopts multi-channel parallel reaction mode to execute dozens of reactions simultaneously in one run. Its R&D efficiency is 10–50 times higher than traditional manual workflows, drastically shortening research cycles.
  

• Microscale Reaction System
  Operates with microscale reaction volumes, cutting consumption of costly substrates, catalysts and solvents by over 90% and significantly lowering consumable costs for R&D.
  

• Multi-Parameter Parallel Screening
  Supports simultaneous testing of multiple variables including temperature, solvent, catalyst, material ratio and reaction time. It rapidly identifies optimal reaction conditions and reduces redundant trial-and-error tests. 
  

• Full-Process Automation
  Automates the entire workflow: liquid preparation, sample dosing, reaction control, positive-pressure filtration, TLC sampling, column chromatography purification and mass spectrometry detection. It eliminates human operation errors and delivers superior experimental repeatability and data reliability.

• Sealed Safety Design
  Features fully enclosed reaction cells with tiny reagent usage, greatly mitigating exposure hazards from toxic, flammable and explosive chemicals to protect operators and lab environments.

Specifications

Module	Item	Specifications
Reaction Unit	No. of Reaction Channel	24
	Reactor Volume	Compatible with 8 mL and 20 mL
	Magnetic Stirring Speed	Compatible with 8 mL and 20 mL
	Reaction Temperature	0-1200 rpm (independent stirring for each reactor)
	No. of Distillation Channel	(RT+5)-150°C
	Distillation Speed	24
	Distillation Vacuum Degree	250-1500 rpm
	Distillation Heating Temperature	0~60 kPa
		(RT+5)-120°C
Liquid Preparation Unit	Pipette Liquid Transfer Precision	Better than 0.5% @ 1000 μL
	Compatible Pipette Tip Specifications	50 μL, 200 μL, 1000 μL
Feeding Unit	Flow Rate	0.001-9.999 mL/min
	Working Mode	Ball screw drive
	Accuracy	±1% (full scale)
	Repeatability	RSD: 0.29% (full scale)
Separation and Purification Unit	Chromatography Flow Rate	1.0 mL/min~100.0 mL/min
	UV Detector Wavelength Range	190 -650 nm
	No. of Automatic Sample Loading Channel	12
Detection Unit	MS Ion Source Flow Rate	5 μL/min-3 mL/min
	MS Ion Source Temperature	RT-750°C
	MS Mass Range	5-2000 amu