3d printing: It is a technique that has existed for decades, but is now on a fast advance. Due to the advancing technology, it is becoming cheaper to buy a 3d printer. Also, the capabilities and applications of 3d printers are rapidly increasing.
3d printing is a form of production technique Additive manufacturing, also known as rapid prototyping. A wide variety of materials are used, including plaster, gold, bioplastic, ceramics, photopolymer, wood, titanium, ABS, titanium, sand, polyester and epoxy.
3D Printer Definition & Possibilities
3d printing is a production technique in which a digital file is converted to a tangible object. The 3d printer builds the object layer by layer. A 3d printer produces tangible three-dimensional objects based on a digital building plan by building the object in different thin layers. With a 3d printer, almost any object can be created that you can think.
Unlike a regular printer, it is not printed on flat paper, but prints a 3d printer in length, width and height. This allows a variety of complex shapes to be printed. It is even possible to use different materials at the same time. For example, some printers can print a combination of no less than 106 elements.
Due to the extensive possibilities of 3d printing, some knowledge and expertise are required in the field of design, aesthetics, ergonomics, techniques, and materials. But then the applications are also almost limitless from products such as plastic cups, pistols, and chairs to medical implants and spare keys. But also food (see also: “The Revolution in The World of 3D Food Printing“), clothing and even complete houses are among the possibilities. Internationally, 3d printers are therefore known as so-called fabbers, a term derived from the English word fabricator.
From a plastic cup to gold jewelry, nowadays you can use many different materials for 3d printing. Also, very complex shapes can be printed with a 3d printer, the possibilities are endless. Does it sound too good to be true? However, 3d printing has been in place for more than 25 years and is applied in many areas. More and more artists and designers use 3d printing to create unique objects. But also in the medical and scientific field, 3d printing is booming.
Examples & Applications of 3D Printing
Over the years it has become more profitable to buy a 3d printer. In addition, the quality of the machines has increased, and several computer programs have been developed that make a 3d print in the reach of the average consumer. As a result, the technique is no longer only for designers and professional manufacturers, but a consumer can achieve very nice results without drawing 3d using 3d printer self-build. Increased accessibility uses 3d printers in more and more diverse applications. Examples include professionals such as Medici, artists, architects, and marketers.
Future of 3D Printing
3d printing fits in with the current trend of personal manufacturing, where objects are produced in a low edition and products are specifically tailored to individual needs. In today’s society, there are comments on traditional forms of mass production and associated marketing efforts. It also increasingly adds value to unique, individualized products. 3d printers are ideally suited to meet this need and make it possible to produce on a small scale profitable.
This can have a major impact on the policy of established companies. For example, 3d printing can mean the end of the economic advance of low. For example, when Western consumers can easily print their clothes, it is no longer necessary to have them imported from countries like China or India.
It also reduces the need for global transport by working with local raw materials. There are already 3d printers that can completely reuse their material. The wide employability of 3d printers implies endless possibilities. That has its consequences for society. In the future, we will also hear a lot about 3d printers.
Why You Need 3D Printer?
3d printing has been in existence for more than 30 years but is now gaining more popularity by making it increasingly accessible to more people. The technique has become more profitable, and the quality of the machines has also been developed and improved.
In the meantime, many software and services have been developed that have brought 3d printing within reach of “the ordinary consumer”. You no longer need to be able to create a 3d drawing to make digital files. With the advent of the “Home Printer”, 3d printing is no longer just in the hands of professional designers and manufacturers, but it is a step closer to the consumer.
3d printers not only make new designs with plastic, concrete, metal, and wood possible. There are also whole new doors open for food products. For example, food that is healthier and more delicious or tailored to individual needs. Wageningen University & Research (WUR) works on such innovative food applications.
Where an ordinary printer is just a single layer of ink, a 3d printer builds up layering, using a computer design, without the use of molds or intermediate steps.
Food Safe 3D Printing Technology
The invention of the technique has been around thirty years ago. But only in recent years does the number of applications start to take a flight. Last year a first bicycle bridge of concrete came out of the printer and in 2019 in Meerhoven 3d-printed houses. But there are also top chefs who make artworks of pasta – thanks to researchers who developed this printing process.
New Structures and Flavours
By making the 3d printer layer for layer the product, completely new foods are made with new shapes, compositions, textures, structures, and flavors. WUR and TNO have already demonstrated the potential of this in various international research projects.
One of the advantages of 3d printing is that you can have very precise quantities of ingredients in particular places. For example, particles of salt or sugar can be dispersed differently than during a regular baking process, so that the product with less salt or sugar has to taste just as salty or sweet. Reformulation is often mentioned.
Also for people with swallowing problems (dysphagia) because of a cerebral hemorrhage, the 3d-printing of food can be an outcome. For example, researchers developed a way to print all kinds of dishes, such as boiled potatoes, roots and chicken, in the form you expect, but with a texture that is precisely tailored to what these patients can swallow. Instead of a thin puree, there is ‘ normal ‘ food on your plate, which will benefit the rebelieving.
At the same time, it is also possible to enrich these printed meals with extra nutrients, such as proteins, vitamins or minerals, again precisely tailored to what the person who eats the meal needs. This technique has been developed so far that it can be scaled up for use by a caterer, hospital kitchen or perhaps an innovative food truck.
‘ When looking at the future, the focus is on personalized nutrition ‘, says researcher Martijn Noort of Wageningen Food & BioBased Research. ‘ We know by research more and more about the influence of personal factors on what you need for nutrients, for example by your intestinal flora, genetic influences, your behavior or physical activities.
By allowing you to vary and accurately measure ingredients with the printing of foodstuffs, 3d printing offers the possibility to create unique, personalized food products, which are tailored to a person’s dietary needs and Taste Preferences. ‘ This can also be for top athletes. Who knows, in a few years ‘ periods, do they print their balanced energy bar during exercise or quick recovery, which also tastes better than the current bars?
“The development of fully independent thinking robots could mean the end of humanity.” Was signed, Stephen Hawking. This doomsday scenario was the brilliant scholar of the people in 2014. According to Hawking, it should be feared for the moment that robots are becoming equal and even catching up with humans in terms of intelligence. That happens quite quickly because the slowly evolving man can never keep track of the speed with which robots learn.
Advantages and Disadvantages Of Artificial Intelligence
Should we really fear a Terminator-like future in which machines have power and man must fight for his freedom? Hawking is not the only thing that such a vision of the future can become a reality.
Tech pioneer Elon Musk also warns that artificial intelligence is ‘ the greatest existential threat to humans ‘. And the Belgian government does not want to forbid that robots can decide independently whether they are allowed to fire weapons…
Robots can, therefore, become smarter than humans in the future, but that doesn’t mean the end of humanity? After all, autonomous robots can also be used for useful purposes, and that is, of course, the case. Look for example at the Huawei Mate 10 Pro.
This smartphone has a neural processing unit on board, so you can get even more out of the device through artificial intelligence. By analyzing big data, the smartphone can learn more about how to use the appliance and play it.
Another useful example: smart home. Through artificial intelligence, devices communicate effortlessly. In fact, intelligent home devices Learn how your behavior pattern is put together and adapt their behavior accordingly.
For example, an intelligent thermostat knows at some point what your ideal room temperature is and will automatically set the temperature when you come home. Also, the smart illumination can automatically dim itself when the smart TV is turned on, and there are many possibilities for that matter. Do you also want a smart home? This blog tells you exactly how to proceed.
Too Large A Mandate
The more clever systems we use, the more we oppose the issue of scope. How many mandates do we give our smart virtual assistants? What can they decide for us and what not? Are we continuing to maintain the autonomy of smart systems, or do we need to keep the costs of the system, as the European Union would like?
What do we do and do not determine and implement by smart systems without the intervention of people? And shouldn’t there be a standard ‘ preview ‘ feature to be applied in smart KI systems?
The risk is that we are giving too much autonomy, without the technology or prerequisites being ready. And without that, we still know what and why we outsource these tasks over time. The risk is that we are increasingly entering a world that we no longer understand. We must not lose sight of our mutual empathy and solidarity. Indeed, it is a real risk that we too easily leave difficult decisions (for example, dismissal) to ‘ smart ‘ machines, because we find ourselves too difficult.
Artificial intelligence will change not only your house but also the street image. Don’t look weird when about not endless time cars drive around without driver. Google is with the Waymo one of the biggest players in that field, and also Uber is doing a lot of testing with these cars without a driver.
So it could just be that in a not too distant future we could hold a Johnny Cab, one out of the movie Total recall, and let us ride to the place of destination. If you want to know exactly how a self-propelled car works, you can read all about it in this blog post.
Artificial intelligence can make our lives a lot more pleasant, and certainly, in the future, this will only become more important. Logical as well, because robots can easily take over specific tasks from people. But let’s give those robots the certainty of having a power button…