A novel three D printer that uses resin and light to create near perfect ceramic pieces in microgravity.

一種新穎的三D打印機，利用樹脂和光在微重力下創造出近乎完美的陶瓷作品。

This machine, created by Maiden space, is the beginning of what's being called space enabled Manufacturing.

這臺由麥田空間創造的機器，是被稱為空間化製造的開始。

Made in space, is one of the driving forces in space manufacturing, and they're ceramic Printer is just the first in a line of three trailblazing facilities they planned the launch to the ISS.

太空製造，是太空製造的推動力之一，他們的陶瓷打印機只是他們計劃發射到國際空間站的三個開拓性設施中的第一個。

One of the core values of maiden space is to enable humans live and work in the space environment, and that has a multitude of different angles.

美少女空間的核心價值之一是讓人類在空間環境中生活和工作，而這有眾多不同的角度。

And one of those core premises is actually being able to develop products in the space environment to actually bring back down here to Earth to bring value.

而其中一個核心前提，其實就是能夠在太空環境中開發出產品，實際帶回地球這裡，帶來價值。

The first one is gonna be manufacturing ceramics on orbit.

第一個是要在軌道上製造陶瓷。

The second will be focused more on crystals, and the third will be actually casting super alloys.

第二個會比較注重晶體，第三個其實是鑄造超級合金。

Metallics.

金屬材料。

This'll isn't made in space is first time printing in microgravity.

這將不是在太空中製造的是第一次在微重力下打印。

In 2014 astronauts were able to three d print the very first object in space, which lead to establishing a permanent printing facility on the ISS s called the additive manufacturing facility, which has now printed more than 200 items for astronauts on board.

2014年太空人能夠三d打印出太空中的第一個物體，這導致在國際空間站s上建立了一個永久性的打印設施，稱為增材製造設施，目前已經為船上的太空人打印了200多件物品。

The era of waiting months for a wrench is now behind them.

等了幾個月才買到一把扳手的時代已經過去了。

So if the crew already has a printer, what's the big deal with these next generation printers?

那麼，如果劇組已經有了打印機，這些新一代的打印機有什麼了不起的？

The unique thing that we can do in spaces we can take gravity out of manufacturing equation, everything that we make on the ground, everything we do from a crossing thing perspective that all has a has a uniformed constraint, and that is one G gravity here on earth.

我們在太空中可以做的獨特的事情，我們可以把重力從製造方程中剔除，我們在地面上做的一切事情，我們做的一切事情從穿越事情的角度來看，都有一個有一個統一的約束，那就是地球上的一個G重力。

Items made in our manufacturing facilities can have defects in the material, even microscopic ones that could be caused by sedimentation or composition Grady INTs leading to shorter lifespans of the material.

在我們的生產設施中製造的項目可以有缺陷的材料，甚至是微觀的，可能會導致沉澱或成分Grady INTs導致較短的壽命的材料。

Instead of printing for just astronaut use, the M.

而不是隻為太空人使用的打印，M。

I s team would like to take advantage of the weightless environment to create materials that are stronger and more efficient than the ones made on Earth.

我的團隊希望利用失重環境的優勢，創造出比地球上製造的材料更堅固、更高效的材料。

The team plans to prove this with their first payload, the ceramic manufacturing module or CMM.

該團隊計劃用他們的第一個有效載荷，陶瓷製造模塊或CMM來證明這一點。

That machine is going to use sterile photography to be able to manufacture with some pre polymer ceramic resin.

那臺機器要使用無菌攝影，能夠用一些預高分子陶瓷樹脂來製造。

The CMM will start by working on printing single piece Bliss six, which are bladed discs that are used in aircraft, jet engines and other integrated Roeder's.

三座標測量儀將首先致力於打印單件Bliss六，這是用於飛機、噴氣式發動機和其他集成Roeder的葉片盤。

Once printed, the pieces will be sent back to Earth to be heat treated to form the final product of a ceramic matrix Composites or C.

一旦打印出來，這些作品將被送回地球，經過熱處理，形成陶瓷基體Composites或C的最終產品。

M.

M.

C.

C.

C.

C.

M.

M.

C.

C.

S are immensely heat resistant and could perform hundreds of degrees hotter than the best super allies.

S的耐熱性極高，可以表現出比最好的超級盟友高几百度的高溫。

This makes them better than typical metal components like the ones used in aircraft engines.

這使得它們比典型的金屬部件（如飛機發動機中使用的部件）更好。

High temperature, high pressure grade ceramics are something that is very coveted here on Earth.

高溫高壓級陶瓷是地球上非常搶手的東西。

Even minimal improvements to the materials, like resistance to high temperatures, can improve the fuel economy and efficiency.

即使是最小的材料改進，比如耐高溫，也能提高燃油經濟性和效率。

So right now for the C.

所以現在對於C。

M M made in space has two main objectives.

空間製造的M M有兩個主要目標：

The first one is making sure the hardware works as we think it should.

第一個是確保硬件按照我們認為的那樣工作。

In producing these items.

在生產這些物品時。

The second one is taking these items that we produce, bringing them back down to Earth, analyzing them and comparing them to the ones that we produce on Earth to see if the differences air there and what those differences are.

第二個是把我們生產的這些物品，帶回地球，分析它們，並與我們在地球上生產的物品進行比較，看看是否有空氣的差異，這些差異是什麼。

While they're working on that, the next to payloads will be gearing up to go.

當他們在努力的時候，下一個到有效載荷將準備出發。

The next payload that we're going to be flying is the Industrial Crystallization Facility, or CF I.

下一個我們要飛的有效載荷是工業結晶設施，也就是CF I。

C.

C.

F.

F.

Is actually going to show that microgravity actually allows for the formation of solution based crystals to grow much larger and actually be able to grow much more homogeneous than what you'd see here on Earth.

實際上是要表明，微重力實際上可以讓溶液型晶體的形成變得更大，實際上能夠比你在地球上看到的更均勻地生長。

Thes crystals could be used to improve a variety of products, from high efficiency ultraviolet light production to terror hurts, wave sensors and then the final payload that we're going to be sending up.

這些晶體可以用來改進各種產品，從高效率的紫外光生產到恐怖傷害、波浪傳感器，再到最後我們要送上去的有效載荷。

It's actually very early next year called Super Alloy Casting Module, and this super alloy casting facility is taking a look at being able to heat, treat, re melt and solidify different materials on orbit, specifically high grade temperature alloys.

其實明年很早的時候就叫超級合金鑄造艙，這個超級合金鑄造設備正在研究能夠在軌道上對不同的材料進行加熱、處理、再熔化和固化，特別是高等級溫度的合金。

And that should result in actually reformulating the crystalline structure at its core level.

而這應該會導致實際重新制定核心層面的晶體結構。

To be able to show why microgravity can help formalize and really make the inherent atomic structure.

能夠說明為什麼微重力能夠幫助形式化，真正使固有的原子結構。

Mork homogeneous.

莫克均勻。

So with the ceramics facility in place on the S and the printing innovations soon to follow.

所以，隨著陶瓷設施在S上的到位，印刷創新也即將到來。

The team has high hopes that these machines will radically change the three D printing industry, proving these unique printers can build superior items.

該團隊對這些機器寄予厚望，希望它們能從根本上改變三D打印行業，證明這些獨特的打印機能製造出更優秀的物品。

And space could also help man in spaces endeavor to build entire spacecrafts while in orbit.

而太空也可以幫助人類在太空中努力建造整個航天器，而在軌道上。

After all, the company already has plans to build the world's first self building satellite known as Arkan.

畢竟，該公司已經計劃建造世界上第一顆名為 "Arkan "的自建衛星。

Not one thes space enabled manufacturing concepts could forever change the way we look at how we live on Earth and how we could live in space.

沒有一個太空製造概念可以永遠改變我們對地球上生活方式和太空生活方式的看法。

Ah, space.

啊，空間。

Just imagine how awesome it would be if you were able to travel to the I s s or even travel the solar system on a mission to explore the unknown.

試想一下，如果你能夠前往I s s甚至穿越太陽系去探索未知的任務，那該有多棒。

Sounds great as long as you have the right astronaut training.

聽起來很不錯，只要你有正確的太空人訓練。

But what if you were a completely unprepared kid who accidentally got launched into space?

但如果你是一個完全沒有準備的孩子，不小心被髮射到了太空呢？

What's exactly what happens in Nickelodeon's brand new Siri's The Astronauts This space adventure launches Friday 11 13 with a one hour premier event on Lee on Nickelodeon.

在Nickelodeon全新的Siri的《太空人》中究竟發生了什麼，這部太空冒險片在Nickelodeon上推出週五11日13日一小時的首播活動李。

You don't want to miss it for more rocket launches.

更多的火箭發射，你可千萬別錯過。

Check out our countdown to launch Siri's here.

點擊這裡查看我們推出Siri的倒計時。

If there are any other launches that you want to see us cover, let us know in the comments below.

如果有任何其他你想看到我們報道的發佈會，請在下面的評論中告訴我們。

Don't forget to subscribe to Seeker, and thank you so much for watching.

不要忘記訂閱《求索者》，非常感謝您的觀看。