The laboratory has been designed with a separation between the experimental area and the calculation space.

Experimental benches equipped with a hood.

With six islands featuring experimental benches for four people each, a maximum of 24 individuals can comfortably conduct experiments.

NMR spectrometer capable of measuring NMR spectra with high sensitivity and high resolution.

Automated HPLC system connected to six chiral columns for measuring enantiomeric excess.

GC apparatus used to vaporize compounds for observation. It's utilized to monitor the progress of reactions.

GC-MS device used to measure the molecular weight of compounds after separating them with gas chromatography.

GPC device designed to differentiate and separate molecules based on their size differences. It's the latest high-speed type.

Grove box that creates an environment with almost zero moisture and oxygen concentration. It is used for setting up reactions involving unstable compounds in the air and for storing reagents.

IR spectrometer that measures the functional groups present in compounds. It's an ATR.

You can extract the dehydrated and degassed solvent under an inert gas atmosphere.

Automated purification system for crude products using silica gel column chromatography.

Microwave reactor that accelerates reactions by irradiating microbeams.

Compact ReactIR spectrometer that measures the functional groups of compounds to monitor the progress of reactions.

Polarimeter that measures the optical rotation of optically active compounds, both clockwise (dextrorotatory) and counterclockwise (levorotatory).

Apparatus that automatically measures the melting point of compounds.

Device that mainly used for measuring CV (cyclic voltammetry) spectra.

Rotavap that can remove solvent by lowering its boiling point through vacuum pressure. Its ability to control the pressure prevents boiling points from exceeding, thus avoiding sudden boiling.

Device for performing gas-liquid flow systems.

Reactors that can conduct low-temperature reactions down to -40 and -80 ℃ respectively.

Various types of UV and visible light with wavelengths of 280 nm, 310 nm, 365 nm, 370 nm, 385 nm, 390 nm, 405 nm, 440 nm, 456 nm, and 467 nm.

Device used to pass electric current to drive electrolytic reactions.

Reactor that allows reactions to occur at high temperatures without using silicone oil.

Glassware with a valve used for conducting reactions under an inert gas atmosphere.

A large-scale computing machine, which is accessed via the internet.