Easy CDMO cooperated with customers, Easy CDMO can provide process research and development, non-GMP and cGMP production services. Our team successfully completed more than 100 steps of production projects in the factory, and the production scale was up to 500 kg.
Organic fluorides are crucial in pharmaceutical industry. Nearly one fifth of the newly marketed drugs contain fluorine. Fluorinated drugs are usually more efficient on the targeted organs because of better membrane penetration and higher bioavailability, which results in lower daily drug dosage.
Easy CDMO takes advantage of a large tool kit of chiral catalysts, ligands and auxiliaries etc., to develop asymmetric syntheses of building blocks. Asymmetric synthesis is effective to cut down production costs, improve reaction efficiency, and reduce wastes and energy consumption per unit of output.
While certain chemical reactions by their nature are hazardous — especially when scaled up — Easy CDMO committed to applying innovative techniques to manage safety concerns. Easy CDMO have own team to keep safe production. Whether in batch or continuous flow
Easy CDMO have production equipment below -80℃, the reaction temperature can be continuously controlled below -60℃; Our cryogenic manufacturing can be performed using continuous flow technology which offers improved temperature control, energy efficiency, and safety profiles for cryogenic reactions.
Easy CDMO cooperates with Peking University and owns the most advanced high-pressure reaction vessel in the world. Especially in diatomic molecules, aromatic molecules, unsaturated molecules, molecules containing active hydrogen, carbides, nitrides, halogen molecules.
Easy CDMO has developed a series of electrochemical oxidation-promoted transition metal-catalyzed selective functionalization of carbon-hydrogen bonds to achieve the selective oxidation of alkanes C(sp3)–H bonds (J. Am. Chem. Soc. 2017, 139, 3293), the selective amination of aromatic C(sp2)–H bonds (J. Am. Chem. Soc. 2018, 140, 11487)
The Easy CDMO technical team has combined photochemistry and continuous reaction technology through years of continuous deep cultivation and accumulation. Based on the experience of continuous reaction technology application and equipment development