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The Future of 3D Printing

Imagine you driving your car on the interstate with your family when you hear your car sputter and steam starts to come out.  You open the hood and you notice a broken hose.  You are in the middle of nowhere and the next car parts store is miles away from your location.  So, what do you do?  Easy, you just pull out your 3D printer, look for the hose design on the web and bam!, print yourself a new hose.

Sounds like a bright future for 3D printing?  This future is oriented towards creating pieces that are useful at the moment.  It is to become part of the “I want it now” culture.  In fact, 3D printing is already used to print important manufacture pieces.

Some airlines are starting to invest money in the research to manufacturing aircraft parts through 3D printing.  For instance, Singapore Airlines Engineering Company recently signed a deal with Stratasys to create an additive facility for the printing of aircraft parts.  Even though the company will not be printing engine parts at first, they will be implementing it to interior designs things, like trays o window shades.

Let’s take a look at some of the things that 3D printing may have for us in the not-so-far future.  How about being able to print a new dish every time your toddler breaks one?

More Materials

We will have corporations placing their bets on the development of new materials for printing.  So vendors will put their emphasis on understanding the chemistry behind materials to turn them into printing material.   We will get the development of materials that resemble human tissue for instance, which would be a great breakthrough since parts could be made on demand as patients arrive at the hospital.

Speaking of Materials: Metal

If you think not too hard about it, you might see why printing metal parts could be a challenge.  Well, there are metal 3D printers, but the process requires so much work that it cannot be placed on the market as the price would be too high.  Expect more studies on how to lower costs of metal printing.

Companies such as Desktop Metal and Markforged deposit metal with a substrate material, that leaves the metal, making it solidify, once the structure has been built and is ready to release.  Until now, most metal printing devices are too expensive.  The future holds a tremendous lowering of these costs.

New Design Tools

Additive manufacturers will be demanding more design tools.  In simple terms, they will be requiring a digital model of a certain tool, add new features to it, and get it printed.   So, not only will institutions be able to create 3D-printed designs when needed without having to go buy it or get it online and wait for 2-3 days for it to arrive.

With 3D printing, tools with new designs will be created, opening the door for the invention of new products.

Mass Customization

Sounds a bit contradictive.  How can something be produced in mass and get customized?  For example, whenever dentists need a model of a patient’s teeth, they insert that unbearable goo that later solidifies inside your mouth.  New 3D printing technology will make it possible for doctors to skip that step, get a digital scan of the patient, and use clay to reproduce what is needed.

There is no doubt that 3D printing will be a game changer for everyone.  But this is the 21st century, where we seem to be getting used to advance technology too soon.

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What is Biomedical Engineering?

Biomedical engineering is the implementation of machines and high tech to the solving of clinical issues.  A bioengineer applies engineering principles to biology and healthcare.  Since this also refers to the application of technology, it stands to reason that they must be at the forefront of advanced machinery and human knowledge.

What is the Difference Between Bioengineering and Other Engineering Disciplines?

The main difference between bioengineering and the rest of the engineering disciplines is that medical processes are applied to engineering projects.  These processes aim towards a better application of medicine or the development of new medical processes.

In this way, aspects of mechanical engineering, chemical engineering, mathematics, chemistry, and computer science get all integrated with biological sciences to improve the bioengineering process.  This could be the design of a modern prosthetic or the discovery of a new protein in the human body.

There are many disciplines associated with biological engineering, such as orthopedic implants, biomedical signal processing, stem cell engineering, clinical engineering, among many others.

What to Biological Engineers do?

Biological engineers can work in a wide range of settings and disciplines.  There are so many opportunities out there for these engineers to innovate in the medical field.  In the implementation of new medical technologies and discovery of new information.

They can work in the testing of new medical technology, research, and development of new diagnostic tools and procedures.  In the government, they can work at establishing standards for new equipment.

When it comes to being on the fringe of advanced technology and how these people are changing the future, there are bioengineers working on tissue and stem cells technology to recreate human organs and extend the life expectancy and overall health fo people.

Pacemakers, coronary stents, prosthetics, dental implants and so much more, have a group of engineers applying their knowledge to both the field of medicine and engineering to create products that enhance the quality of life of those in need.

Also, clinical engineers work to make sure that medical equipment is safe for use in clinics.  The truth is that Biomedical Engineer is a broad career that opens doors for many job opportunities.

What is the Future of Biological Engineering?

The way we practice medicine today is being dramatically changed, thanks to the medical advances made in the last few years.  There have been revolutionary advances in medical diagnostics and medical imaging.   Advances in medical equipment have greatly affected the lives of many patients and extending their lives.

The future of biomedical engineering then rests on how we fight issues and obstacles we discover with medical treatments and medical devices in the future.

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Five Ways in Which Virtual Reality will Change our Lives

Virtual reality was conceived as an idea decades ago.  Movies and television imagined what it would be like and we fantasized about it.  Today, the technology is now coming of age and we are only wondering what impact will it have in our lives.

Only two years ago, we were imagining already the impact that virtual reality would have on the world.  Last year was considered the year of virtual reality.  So, how will VR continue to impact our world for the time coming?

Gaming

Needless to say, we consider that we made no mistake when we thought that VR was a technology that would have a great impact on gaming.   This is in fact, the most demonstrated use for virtual reality.   The technology has not yet visited most games but we can be sure that it will pretty fast become commonplace.

Even cellphone gaming technology is moving forward and applying VR.  Once again, it is still not available to everyone, mostly due to pricing but then you can easily go to your nearest arcade and get a taste of it.

Virtual Trips

Just think about all the possibilities here.  People will be able to literally sit on the toilet at the Alps!  But beyond that vague use, people who are not able to visit a museum or go to any place for whatever reason will now be missing nothing.

Or the real estate agent that will now be able to show their potential clients houses and properties without having to physically go there.

Surgery

It is a lot safer for practicing surgeons to practice their craft on other than real people.  But then it is also better to practices surgery on something that is not a plastic model or a dead body donated to science.

Surgeons can use VR to better train themselves through a fully-interactive and accurately modeled specimen.  Better trained surgeons is good for all of us.

Watching TV and Movies

With the return of 3D movies, the VR possibility seems a bit remote.  Just try to imagine that instead of only having images popping out of the same screen, you could actually get into the movie and watch it from different angles.

The concept is still theoretical but it could take place and when it does, it will change film-watching forever.

Improving Life Quality

Virtual reality will give people with disabilities to explore the world, to feel, and see things that the able-bodied take for granted.  They also have the right to enjoy the life that their bodies have kept them from.  When virtual reality does that for them, it will help at boosting their confidence and desire to live.

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5 Technologies that are About to Change the World
Upcoming Technology

5 Technologies that are About to Change the World

With all that we’ve all heard over the years, it is easy to be pessimistic about the future. Technology has taken the world in another level all too fast. Technology has never stopped evolving as innovators keep trying to represent huge leaps forward. States such as New York, California and North Carolina have companies that deploy and develop technologies that could change the world. Companies have invested billions of dollars to adopt these digital technologies. As we look to at some of the top technologies that will change the world, we all ought to think of the health of our future and risk it for nothing!

Self Driving Vehicles

Autonomous vehicles will outright change the universe. As it turns out, we all rely on cars to get by. The takeover of self driving cars will therefore have a vast impact on the world. There are benefits that will come with it such as elimination of car related deaths and high efficiency on the roads.Contrary, a large number of organ donations is given by accident fatalities. With lower vehicle accidents, there will be low supply of fresh body parts from hospitals. Therefore, people not dying will lead to other people dying.

Organic Printing

Humanity have unbelievably put effort to print food products not to mention drugs which is a massive step. These efforts have been clearly seen through the icing machines for cakes. Printing food successfully with non perishable machines means that the world, in the near future, would be able to deal with hunger that exists. Furthermore, we would manage to cut food manufacturing cost and hence do away with most food-borne illnesses.  Here is a look at Printing 3D Organic Matter.

Increasing AI to human brains

Artificial intelligence salting means teaching an AI to function like a human through a specialised technician. As most of us get used to the intelligence of our cars, smartphones and computer, some investors and scientists are busy trying to figure out how to add AI to the brain. Scientists would benefit from this technology as curing diseases like brain injuries, sight and hearing impairment would be simple. It would also enable us to send commands to computers with our thoughts.

Advanced Bio-engineering

The ability to release insects that can cure or address other diseases is a significant step in the technology. For example, release of bio-engineered mosquitoes have largely assisted in addressing mosquitoes that carry sickness. This, however, would result in global warming.

Ultra-capacitor Batteries

Ultra-capacitor batteries are charged and discharged almost immediately. They are lighter than current batteries and increase efficiency in care and other things. However, these batteries do not store energy for a long time. This would be a large step in improving electric powered cars and creating off-grid home power.

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How Nanotechnology will Change the Future of Medicine
Nanotechnology

How Nanotechnology will Change the Future of Medicine

We’ve been finding out about nanotechnology for quite a while in both sci-fi and in the media, however very little has happened to it up until this point.  Let’s take a look at the developments in nanotechnology and how nanotechnology will change the future of medicine.

Nanotechnology, an innovative idea initially proposed by Richard Feynman in his 1959 address, “There’s Plenty of Room at the Bottom”, was advanced by Erik Drexler in 1986 by means of his book “The Engines of Creation.” The book plot the likelihood of self-imitating, sub-atomic scale machines equipped for doing… essentially anything.

The preface has enlivened numerous sci-fi works, including Michael Crichton’s “Prey” and Neil Stephenson’s magnificent “The Diamond Age.” The capability of nanotechnology set aside a long opportunity to demonstrate it faces, however it is at long last beginning to touch base as advanced restorative meditations that will significantly change the idea of human services soon.

Nanotechnology and Medicine

The potential for nanotechnology, in the full Drexlerian sense, is phenomenal. Genuine all inclusive constructing agents, in the event that we can make sense of how to fabricate them, will introduce a significant move in the human condition. Obviously, there’s far to go. From various perspectives, we aren’t close by anyone’s standards. In different ways, the advance has been proceeding in some astonishing ways — and helpful ones.

Moore’s Law constantly drives propels in nanotechnology – we would now be able to make transistors that actually exist on the nanoscale, with distances across of many molecules.

Moreover in drug, one of the greatest issues is our powerlessness to effectively target medications. In psychoactive medication and clinical brain science for instance, what specialists truly need to do is fortify some cerebrum areas and stifle others to specifically take care of whatever issue the patient has. It’s a simple mishap of history that an ideal approach to do that correct now is to control meds that by chance, in all the horde of ways they change the cerebrum and body, happen to have some of those coveted impacts

In the event that specialists could place wires into people groups’ brains and specifically invigorate particular areas say, the emotional wellness field could dodge the reactions of customary psychoactive medications. The essential procedure has just been appeared to work in discouragement, as indicated by an article in Neuron outlining various diverse clinical trials.

Consider malignancy  – what specialists truly need, in oncology, is to kill tumor cells. It’s sad that a standout amongst other devices for killing tumor cells is chemotherapy, which has the deplorable symptom of likewise murdering normal cells. This additionally makes patients exceptionally wiped out.

Breast cancer

Nanotechnology offers an approach to coordinate medications in the human body, conceivably on a level of individual cells, utilizing savvy working components that are small to the point that they don’t physically meddle with ordinary body work. Fine fingers do less harm, and machines littler than the finest slender in the body can go wherever that blood goes.

In the event that they can be made sufficiently keen, such nonmedical gadgets can sensibly pick where and how to mediate. Clearly, more will be conceivable when architects can fabricate robots that have more modern practices (like the capacity to move under their own energy), however, even generally primitive Nano machines of today have a considerable measure of significant worth.

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