CAJ | 학술논문

生物医用材料指的是用于医疗上能够植入生物体或与生物组织相结合，而对生物体组织不会产生不良影响的材料。3D打印技术，即快速成型技术的一种，它是一种以数字模型文件为基础，配合机械制造和材料科学，使材料在液态或是气态时直接固化成所需结构。临床医学研究人员可根据不同患者的需求，采用3D打印技术快速精确打印出适合不同患者的个性化生物医用生物材料，同时，还可以对材料的微观结构进行精确控制。因此，这种新兴生物医用材料的研制结合3D打印技术，在未来生物医学领域将会得到更广泛的应用和发展。
생물의용재료지적시용우의료상능구식입생물체혹여생물조직상결합，이대생물체조직불회산생불량영향적재료。3D타인기술，즉쾌속성형기술적일충，타시일충이수자모형문건위기출，배합궤계제조화재료과학，사재료재액태혹시기태시직접고화성소수결구。림상의학연구인원가근거불동환자적수구，채용3D타인기술쾌속정학타인출괄합불동환자적개성화생물의용생물재료，동시，환가이대재료적미관결구진행정학공제。인차，저충신흥생물의용재료적연제결합3D타인기술，재미래생물의학영역장회득도경엄범적응용화발전。
Bio-medical materials have been consider for implants or in combination with biological tissue with no bad influence. As a typical example of smart manufacturing,3D printing is a method of manufacturing in which materials, such as plastic or metal, are deposited onto one another in layers to produce a three dimensional object, such as a pair of eye glasses or other 3D objects. 3D priting can been used to print out quickly and accurately for different bio-medical materials. Therefore, for further explore its application in the bio-medical ifeld, 3D priting technology wil be more widly applied and developed.