Titanium alloys have been used commercially for decades,but due to the difficulty of fine processing,they can only be used as a visible but unavailable”future metal”for a long time;medicines for various diseases can be seen everywhere,but they are limited by the traditional tablet structure.It is difficult to control the time and effect of the effect…Cases such as this show that after the breakthrough of core material technology,the matching manufacturing technology is the key to realizing the vigorous development of the industry.Facing the constraints of traditional manufacturing methods,additive manufacturing,an emerging manufacturing technology based on digital models,is breaking the traditional model and driving the manufacturing industry to accelerate high-quality development.
钛合金实现商业应用已有数十年,但由于难以进行精细化加工,只能长期充当可见而不可得的“未来金属”;治疗各类病症的药品随处可见,但囿于传统药片构造,药物发挥效果的时间和效果难以把控……诸如此类的案例表明,在实现核心材料技术突破后,与之匹配的制造技术才是实现产业蓬勃发展的关键。面对传统制造方式的掣肘,增材制造这种以数字模型为基础的新兴制造技术,正在破局传统模式,驱动制造业加速高质量发展。
MAL36800 Square D Circuit Breaker 3P 800A 600V MAL TES
S33931 Square D Circuit Breaker 1200A 600V 3P Sub-feed
HJDDC3250F Westinghouse Circuit Breaker HJDDC32225 3P 2
HJDDC3250F Cutler Hammer Circuit Breaker HJDDC3200 3P 2
GE GENERAL ELECTRIC BUS PLUG SB464RGR 200A 4W 600V GRND
GENERAL ELECTRIC Circuit Breaker TKM3F 800A Frame
GENERAL ELECTRIC Circuit Breaker EN400 765030 Spectra
GE GENERAL ELECTRIC BUS PLUG SL364RGR 200A 3W 600V SL