The blood preparation is important for management and classification. Because the work bench for sorting blood is not produced domestically, we have developed a work bench to classify blood through this study. Single coil system was developed to control cooling efficiency and temperature distribution. And evaporator and heater were used to reduce condensate discharge. This allow us to maintain a constant temperature and the condensation remainder below 1L. This study is expected to expand to other bio-equipment development.

The A182 steel is used in the steam pressure regulator of power plant valves. Since the part is operated under high temperature and high pressure conditions, it is necessary to study the machining characteristics. In this study, EDS analysis of the tool wear shape according to the cutting condition of A182 steel was performed. The A182 steel is identified as a steel belonging to the hardest cutting material and will be used to derive the optimum cutting condition.

Among various materials, FCD500 is widely used in various fields of automobile components as it allows mass production through casting and its mechanical property is excellent. However, there are many problems in industry due to the fact that despite the wide use of FCD500, the researches about manufacture property of FCD500 are insufficient. Thus, this study conducted research on cutting manufacture property of FCD500, which is the most common manufacture method of FCD500 to suggest optimized tool and cutting condition. To achieve this, the study examined the change in cutting property based on tool material based on the most commonly used CVD(Chemical Vapor Deposition) coating tool and CBN tool, and examined the changes in cutting property by the form of CVD coating tool. The study measured cutting force, surface roughness of material after cutting, and amount of tool wear to examine the cutting property. The study gave variation in cutting speed of 280m/min and 500m/min, and fixed the feed rate and cutting depth for cutting condition to evaluate the changes by cutting speed.