Advanced scale-up technology
 Scale-up from laboratory to production
				The scale-up technology gained by manufacturing more than 500 types per year enables us to scale-up from laboratory to production. Therefore, we can supply the products in a shorter time.
				Scale-up from laboratory to production
				The scale-up technology gained by manufacturing more than 500 types per year enables us to scale-up from laboratory to production. Therefore, we can supply the products in a shorter time.
			
			
				 Control of crystal shapes in crystallization
				The optimum conditions can be efficiently searched for in a database containing abundant information on the crystallization of organic chemical compounds.
				Control of crystal shapes in crystallization
				The optimum conditions can be efficiently searched for in a database containing abundant information on the crystallization of organic chemical compounds.
			
			
				 Thermodynamic simulation
				We measure the heating value by a reaction calorimeter. The simulation is performed based on the data of the actual reactor.
				Thermodynamic simulation
				We measure the heating value by a reaction calorimeter. The simulation is performed based on the data of the actual reactor.
			
			
				 Small-scale examination for milling condition 
				Our test mill can simulate operations at a 10g scale or smaller. The appropriate mill type and conditions for achieving target particle size can be found.
				Small-scale examination for milling condition 
				Our test mill can simulate operations at a 10g scale or smaller. The appropriate mill type and conditions for achieving target particle size can be found.
			
			
				 Scale-up simulation of crystal filtration 
				Filtration with production equipment is simulated by using centrifugal filtration test equipment. Problems with filtration properties can be improved using our crystallization technology.
				Scale-up simulation of crystal filtration 
				Filtration with production equipment is simulated by using centrifugal filtration test equipment. Problems with filtration properties can be improved using our crystallization technology.
			
			
				 Scale-up simulation of crystal drying
				Short time consistent quality drying conditions are determined by the use of conical drying test equipment. For instance, stable upscaling is achieved through continuous rotation to prevent conglomerate crystallization and by using mechanical impacts to check for crystal dislocation.
				Scale-up simulation of crystal drying
				Short time consistent quality drying conditions are determined by the use of conical drying test equipment. For instance, stable upscaling is achieved through continuous rotation to prevent conglomerate crystallization and by using mechanical impacts to check for crystal dislocation.
			
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