Parallel synthesis reactor

The parallel synthesis instrument is widely used for parallel liquid-phase synthesis and solid-phase synthesis, and has high synthesis efficiency. Thanks to the convenience and efficiency of the parallel synthesizer, it can greatly save experimental time and provide experimental efficiency for users. This product is widely used in various fields such as food, pharmaceuticals, chemicals, and materials.

Technical Features

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1. All sites are arranged in a circular pattern for easy access and observation of each reactor

2. There are two types: tubular and flask

3. The tube type is a 12 position parallel synthesizer

4. The flask type is a 6-digit parallel synthesizer

5. The 12 position parallel synthesizer is suitable for reactions within 1-20ml

6. The 6-digit parallel synthesizer is compatible with round bottom flasks of different volumes within the range of 5-250ml at each site

7. Temperature range of parallel synthesizer: normal temperature~180 ℃

8. Optional low-temperature module for reactions below room temperature, with a temperature of up to -78 ℃

9. The top of the instrument is equipped with a central centralized gas path, which can simultaneously or separately vacuum/fill 6/12 reaction sites with inert gas

10. There is no need to use traditional glass condenser tubes. The top of the machine is equipped with a built-in cooling coil, which can circulate low-temperature cooling water and condense and reflux 6/12 reaction sites simultaneously

11. The PTFE burn bottle cap with chemical corrosion resistance adopts a 1/4 thread design, which facilitates quick tightening of the reaction cap and avoids slipping

12. Use the same magnetic stirrer to provide heating and stirring for 6/12 reactors, ensuring the parallelism of the experiment

13. The 6-digit parallel synthesizer can be equipped with an overhead stirring module, which can simultaneously mechanically stir 6 reaction sites using the same overhead stirrer. It is suitable for experiments with high sample viscosity or crystallization

Scope of application

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✓ Organic synthesis ✓ Methodological research ✓ Metal catalysis research

✓ Organic small molecule catalysis ✓ Asymmetric catalysis ✓ Research on sugar synthesis

✓ Complex synthesis ✓ Metal organic synthesis ✓ Crystal engineering research

✓ Chemical Biology ✓ Analytical Chemistry ✓ Polymer Synthesis

✓ Glycochemistry research ✓ Inorganic synthesis ✓ Separation of chiral compounds

✓ Temperature controlled stirring process ✓ Drug crystallization process ✓ Structure activity relationship research

✓ Reaction mechanism research ✓ Total synthesis research ✓ Combination chemical synthesis