2015 3D print sizes up to 5.165 billion dollars: field of Prosthodontics-Canton-3D printing-IT information
2016 the Fourth Asian 3D print exhibition held in Zhuhai International Convention and Exhibition Center, display products including additive manufacturing equipment, digital 3D scanning module and SLM, 3D printing photosensitive resin for selective laser melting technology. Meanwhile, this exhibition will also work with the world's largest print supplies exhibition RemaxWorld Museum, with domestic and foreign enterprises to explore the latest 3D printing technology and supplies, further promoting the development of 3D printing technologies in various fields of application in China.
According to global market for 3D printing scale 5.165 billion dollars last year, compound annual growth rate of more than 30%, is expected by 2018, the print industry revenues will exceed $ 11 billion global 3D, 3D printing market is a fast-growing trend in the world. Compared to the global average level, China's rapid growth in 3D printing market, market size, China has reached 7.8 billion yuan last year, compound annual growth rate of 70%, by 2018, 3D printing, China's overall revenue will exceed 20 billion yuan.
As a new technology for manufacturing, 3D printing technologies compared with conventional forming techniques, the main advantage of including the additive manufacturing will significantly enhance the degree of processing, is suitable for machining complex parts or goods; out of experience machining high precision; data entry automatically after printing, zero-skill manufacturing; high utilization of raw materials, reducing waste byproducts; making complicated things without increasing costs. At present, the 3D printing technology is widely used in mold manufacturing, industrial design and other fields. With rapid innovation, as well as supplies of printing technology, 3D printing technologies will develop gradually from medical, industrial, automotive, aerospace, healthcare has become increasingly prominent.
In recent years, software designing dental prosthesis on the basis of popularity, many dental clinics, professional denture manufacturer introduces 3D printing equipment, digital dental technology combined with 3D print d design model directly into real products, for the dental industry brings high precision, low cost oral data and products. Compared to traditional manufacturing, 3D printing is more suitable for making the mouth little customization and complex shaped products, 3D printing has been applied to dental denture print, correct make, model making, template preview operation production and other fields, will significantly enhance the accuracy and efficiency of oral health care.
From the area of application, through the 3D printing technology to produce than traditional orthodontic retainer of, transparent braces teeth more suited to patients at every stage during the correction, the correction will be more competitive. In addition, 3D printing make metal restorations such as crowns fixed bridge, became also the dental industry applications of technology, combined with oral scans, CAD/CAM design and 3D printing, dental laboratory can be accurate and rapid production of Crowns, bridge, dental models, braces and other dental products.
2015年
3D打印规模达51.65亿美元：口腔修复领域应用广 -
3D打印 - IT资讯
2016年第四届亚洲3D打印展览会今天在珠海国际会展中心举行，展示产品包括增材制造设备、3D扫描数字化模块、3D打印耗材光敏树脂和SLM选择性激光熔融技术等。同时，本届展会还将与全球最大打印耗材展RemaxWorld同馆举办，与国内外企业共同探讨3D打印的最新技术和耗材，进一步推动中国3D打印技术在各应用领域的发展。
数据显示，去年全球3D打印市场规模达到了51.65亿美元，年复合增速超过30%，预计到2018年，全球3D打印行业总收入将超过110亿美元，全球3D打印市场规模呈现快速增长态势。相比全球平均水平，中国3D打印市场规模增速迅猛，去年中国市场规模已达到78亿元，年复合增长率为70%，预计到2018年，中国3D打印整体收入将超过200亿元左右。
作为一种新型的加工制造技术，3D打印技术与传统的成型技术相比，主要优势包括增材制造将大幅提升加工的自由度，适合加工形状复杂的零件或物品；摆脱经验加工，精度较高；数据输入后自动打印，零技能制造；原材料利用率高，减少废弃副产品；制造复杂物品不增加成本等。目前，3D打印技术在模具制造、工业设计等领域被广泛应用。随着打印技术的快速提升以及耗材的不断创新，3D打印技术应用将逐渐发展至医疗、工业、汽车、航空航天等方面，其中医疗领域的应用日益凸显。
近年来，以软件设计为基础的牙科修复快速普及，很多牙科诊所、专业义齿生产企业都引入了3D打印设备，结合3D打印的数字化口腔技术直接将3D设计模型转化为现实的产品，为牙科行业带来了精度高、成本低的口腔数据及产品。相较于传统制造模式，口腔3D打印更适合制作小批量定制及复杂形状的产品，目前3D打印已经应用于口腔医疗的义齿打印、矫正器制作、预演手术模型制作、手术导板制作等领域，将大幅提升口腔医疗的精度和效率。
从应用领域来看，通过3D打印技术生产的牙齿矫正器相比传统的牙齿矫正器，其透明矫正器尺寸更适合患者在矫正期间每个阶段的牙齿状态，这种矫正技术将更具优势。另外，3D打印技术制作金属材料的牙冠固定桥等修复体，也成为了牙科行业应用的技术，结合口腔扫描、CAD/CAM设计和3D打印，牙科实验室可以准确、快速生产牙冠、齿桥、牙科模型、矫正器等一系列的牙科产品。