3D printing is becoming more and more popular.
3D打印正变得越来越流行。
3D printing can reduce fuel use and emissions.
3D打印可以减少燃料的使用和排放。
There's a new frontier in 3D printing that's beginning to come into focus: food.
3D打印有一个新的前沿领域开始受到关注:食物。
As we move into the future, 3D printing will revolutionize the way we shop, the way we manufacture and the way we treat sick people.
随着我们进入未来，3D打印将彻底改变我们的购物方式、生产方式和治疗病人的方式。
The problem was that I barely knew anything about 3D printing, and I had only nine months to figure out how to print five fashionable looks.
问题是我对3D打印几乎一无所知，而且我只有9个月的时间来弄清楚如何打印出5种时髦的造型。
3D printing is another new technology for the future.
3D 打印是另一种面向未来的新技术。
Our life will be influenced greatly by 3D printing technology in a few years.
再过几年，3D 打印技术将极大地影响我们的生活。
A company in Shanghai has produced 15 mobile rooms within 24 hours by 3D printing technology and sent them to Hubei for patients to live in.
上海的一家公司利用 3D 打印技术在24小时内生产出15间移动病房，并将其送往湖北供患者居住。
This is not true of 3d printing.
三维印刷不是这样的。
They decided that 3d printing could help them deliver that functionality.
他们决定，3d打印能帮助他们实现这个功能。
As a manufacturing process, 3d printing is what is known as an "additive" technology.
作为一种生产技术，三维打印技术被成为添加生产技术。
3d printing will do for food what E-mail and instant messaging did for communication.
3d食物打印机可以方便地制作食物，就如同电邮和即时通讯工具可以使人们快捷地交流沟通。
'Everyone knows how to use a pen, so we designed a 3d printing pen,' the firm said.
“人人都知道怎么用笔，所以我们就设计了一款3d打印笔，”该公司这样谈道。
Neil Hopkinson has no doubts that 3d printing will compete with mass manufacturing in many areas.
3d印制技术将与大规模生产的技术在很多领域展开竞争，Neil Hopkinson对此深信不疑。
Ability to manage multiple 3d printing profiles and then switch between the different Settings.
可以管理多重3d打印配置文件，并且能在不同的设置中切换。
But like computing before it, 3d printing is spreading fast as the technology improves and costs fall.
但是就像之前的计算机，随着技术的成熟和成本的降低，3d打印技术正在快速传播。
With the magic of 3D printing capability we are all manufacturers, constrained only by our imaginations.
有了3D打印机的魔力，人人都是制造商，唯一能限制我们的，就是我们的想象力。
The second report announces some hot areas in applied scientific study, like 3D printing and artificial organ.
第二份报告公布了一些应用科学研究的热门领域，如3D打印和人造器官研究。
Additive manufacturing used in a big way starting in 2030 for things like 3d printing of entire airplanes (and buildings).
2030年开始进行大规模辅助制造，如整个飞机(及建筑物)的3d喷涂技术。
Good ideas can be copied even more rapidly with 3d printing, so battles over intellectual property may become even more intense.
有了3D印制机，抄袭好点子将变得更快，因此知识产权的争斗将可能更加剧烈。
Researchers hope an online retail business will host a website for users to upload their designs for 3d printing and delivery.
研究者希望可以开通网上零售店，供使用者们上传他们的想法设计，用以制作和快递这些立体巧克力作品。
Once 3D printing machines are able to crank out products in such numbers, then more manufacturers will look to adopt the technology.
一旦3D印制机器能够生产如此多的产品，那么制造商将有望采用这项技术。
While the expensive 3d printers are out of reach for the average person, enormous strides have made 3d printing even more accessible to all.
这些昂贵的3d打印机对于劳苦大众是难以企及的，3d打印在大众化方面也取得了长足进步。
Designer Campbell Rey expects 3d printing to be the new norm: allowing us to print marble, rosewood, and other materials considered rare.
设计师坎贝尔·雷伊期认为3d打印将会有新的形式：我们可以打印大理石、红木和其他稀有材料。
In consumer electronics and automobile industries, 3d printing technology is mainly used for prototype manufacturing and mould development.
在消费电子与汽车行业，3d打印技术主要用于设计原型制造及模具开发。
A 3d printing technique that produces clusters of stem cells could speed up pro GREss towards the creation of artificial organs, scientists claim.
科学家称，现在可以用3d打印技术批量制造出干细胞，这一技术将能加速实现打印人造器官的进程。
They say that the mighty tower could be built by 2062, using 3d printing technology to create walls that could withstand high winds and unique climates.
建筑学家们表示，这座高楼可能会在2062年落成，使用3d打印技术建造出墙壁，可以抵挡强风和极端气候。
They say that the mighty tower could be built by 2062, using 3d printing technology to create walls that could withstand high winds and unique climates.
他们表示，这座高楼可能会在2062年落成，使用3d打印技术建造出墙壁，可以抵挡强风和极端气候。
This solves the problem of time and space by cutting down on the actual amount of 3D printing required to build the chassis and can be assembled in just minutes.
这样，制作底盘实际所需的3D打印的时间缩短了，三五分钟底盘就能组装完毕，既节省时间也不浪费空间。
This solves the problem of time and space by cutting down on the actual amount of 3D printing required to build the chassis and can be assembled in just minutes.
这样，制作底盘实际所需的3D打印的时间缩短了，三五分钟底盘就能组装完毕，既节省时间也不浪费空间。
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