How Can Bioprinted Bones and Organs Bring 3D Printing Australia to New Frontiers?

Much like in other countries around the globe, there is still so much room for further growth and improvement to 3D printing Australia. 

For patients who are afflicted by some kind of chronic illness, or maybe are in critical condition, the amount of time they need to spend to wait for a matching organ donor can translate to a matter of life or death. 

In the United States last year, more than 113,000 people, consisting of men, women, and children, were on the national organ transplant master list. It is sad to know, though, that the scarcity of organ donors would just continue to go and this is due to the persisting stagnation in the number of people willing to become organ donors. 

The scientific and the medical community saw the huge potential for human organ bioprinting in alleviating our dependence on human transplants. However, the working idea behind 3D printing of the human body parts, up to this day, is still considered by the very people working in the health and wellness industry as a relatively new concept. To be honest, it will take us a long while before we can set ourselves completely independent of these resources. 

Do you have an idea what could be the biggest challenge the Australian and the global medical community is faced with regarding this? 3D printed human organs and bones make use of bio-materials, and they are bio-compatible to the individual. 

In simple language, this signifies that surgeons are utilizing human cells to help them create a usable “ink” to be used in the bioprinting process. Otherwise, they will not be able to successfully build an implantable organ.

Yet, further research and study about this is still a work in progress although there have been numerous successful 3D printed organs and bones already being used by medical health professionals.  

Bioprinted Human Organs are Now In Use

The primer on 3D printed organs are 2D organs, and they are human skin. This served as a precursor to the medical space in their creation of custom skin grafts, consequently accelerating the overall procedure and thus improving the expected results.  

Implants are also taking the place of bone and cartilage, such as trachea splinters, jawbones, hip bones, and teeth. Right this very moment 3D printing is effecting revolutionary changes in the dental industry and not very long ago, in 2018, the first-ever 3D jaw bone intended for use in post-cancer reconstruction was received by an Australian woman.  

3D solution

To date, there have been over 100,000 hip bones implants that have been implanted to patients in the past few decades, and medical professionals behind these successes are optimistic that the same technology can be used for partial replacement of bones to people suffering from osteoporosis.  

Concluding Word

3D printed organs are essentially cultivated from the patient’s cells, and it will be sized to fit him. By this measure, the odds that the patient’s immune system will auto-reject the transplanted organ will be lessened. 

Theoretically speaking, there is an unlimited supply of 3D printed organs. In addition to that, we can also manufacture them in no time. This signifies that there is no more need to have a transplant waiting list. Moreover, the issue of bio-compatibility with patients that happen to have a rarer blood type will be no more. 

In the current state of things, we can’t completely ditch our transplant waiting list as of yet because we still have a long way to go in terms of research and success rate in 3D printing human organs and bones. 

But with the sustained growth and development of the 3D printing Australia industry, we might find ourselves up for some surprise that we are not too far off as we think.  

3D Printing Australia is Transforming the Global Construction Industry

3D printing Australia is a young, dynamic, and growing industry in the country. Industry insiders and experts agree in saying that there is so much potential for this in the construction sphere. The increasing number of technological advances and developments here are finding practical applications in almost every facet of construction. 

3D construction industry

However, what’s even more surprising is the fact that it is influencing the construction space on a global scale. The 3D printing industry is working to the advantage of the independent contractors. It is giving them a good and innovative way to rise above the competition and make themselves stand out. 

We can prove this point to you by checking out some of the reasons why 3D printing is a boon to the construction sphere.  

Advantages of 3D Printing Australia

Allows for Fast-Paced Construction

This is the greatest strength of concrete 3D printing and is what makes it distinct from the traditional construction methods and techniques that we know. Where a construction project may take a while to complete, from weeks to months, concrete 3D printers will be able to finish everything up within a matter of hours, or days at the most. 

If you haven’t heard the news yet, there was already a record-breaking high for 3D concrete printing which helped build an entire house, completed everything up within 24 hours. The fast pacing of work with 3D concrete printers allows contractors and developers to take up another project sooner.  

Cheaper Way to Construct and Build  

Compared to the traditional construction processes and techniques that we know, 3D printers would cost you less, overall. With minimal to zero amount of accidents/injuries during construction, together with the reduced material cost and time spent on the project, construction firms have no other way to go but to experience a dramatic spike in their expected profits.

While it would be inevitable that some workers will be let go due to this, they will need to learn and gain good mastery of this technology instead. This way they would have secure their job within the team. So there, as the company is looking forward to earning more, so they will, too.  

Better Durability

Another aspect in which 3D printers made a significant contribution is its help in enhancing the durability of structural elements. We can attribute this to how the materials were made and how they were assembled.

The more durable and robust a building is, the fewer repairs it will require in the coming years and even in the distant future. This is the underlying reason why construction firms these days are centering their focus and energies on other avenues that will help drive profit to their coffers. For clients too, it is their natural tendency to have their preference rest in a building they know will last longer.  

Brand Improvement

Last but not the least, this may be considered as among the most relevant impact of 3D concrete printing machines has had — and as we see it, will continue to have — on the construction sphere is increased brand awareness. 

The general impression of many of us is that construction companies are wasteful of their resources and unsustainable. Save for those construction firms who made it as part of their commitment to always utilize nothing but environment-friendly and green processes.  

Our Takeaway on 3D Printing Australia

Since 3D technology of concrete printing is of substantial help in alleviating construction-related waste, it offers the companies involved in the construction industry an excellent way to improve how they are being seen by the private parties and cause-oriented groups with regard to the environmental toll which concrete-based construction is having on the world. 

3D Printing Service Advantages for Schools

3D printing is becoming a game-changer in schools and academic centers. It provides an entirely new level of creative teaching methods and understanding for college kids. And because of greater accessibility, it’s easier than ever to bring 3D printers into the classroom.

With the rising significance of technology, science, engineering, and arithmetic (STEM) subjects, 3D printing service has taken on a bigger interest in universities across the world.

So, what advantages could this technology extend schools within this year?

3D designs

3D Printing Service Benefits for the Schools and Education

3D printing requires careful attention but the advantages it presents to both students and teachers make the trouble worthwhile. Three-dimensional printing in colleges offers the room for concepts to advance and makes learning more fun.

When learners are more involved, their enthusiasm for education increases, the standard of teaching improves, and results are boosted.

1. Enhances student involvement

Keeping learners engaged are often challenging, particularly when the topic is complicated and involves hands-on interest. Additive manufacturing allows educators to demonstrate difficult conceptions and improve engagement through collaborative learning. Growing commitment within the schoolroom could improve student involvement and establishes a satisfying learning scenario for all.

2. Encourages active learning

Being able to interrelate with a topic at every phase of the lecture aids students to clasp the topic matter and remember info. This is often especially helpful when making use of physical learning objects or materials. for instance, characteristically, when students learn about artifacts and fossils, they’re unable to hold or touch items. This printing allows students to study, learn, and bring home goods that are as complicated because of the real-world counterpart.

3. Encourages creativity

The technology allows learners to test theories, undertake new things, and imagine more artistically can help the training process. The printers boost learners to be inventive and artistic because they will adapt their idea by using trial and error. With this, learners are likely to recall the details and lectures learned.

4. Turns topics into professions

Research shows a scarcity of scholars pursuing STEM subjects after school. However, this is often something that schools and universities can change. 3D printing can inspire curiosity in STEM subjects by giving students the prospect to know complicated concepts and try theories. this will later inspire learners to know and discover a profession in engineering or science.

Three-dimensional printing in schools is not only about being more teaching but bringing ideas to time and boosting communication between students and teachers by streamlining both practice and theory.

The advantages of three-dimensional printing in education are evident. As a teacher, you’re getting curriculum, knowledge, and new abilities, yourself. In the case of the students, you will be creating alternative expertise to help out the students learn to design, think, and create things associated with any subject, improving their ingenuity and enhancing their understanding skills.

Since the availability of three-dimensional printing, companies are extending more programs and assets for this printing technology in education. With such, it has become easier to apply additive printing in additional than simply science classrooms.

What is The Solid Proof That the Future of 3D Printing is Here

Just recently, engineers from the US came to develop what can be best described as a very innovative 3D printer that you’d think it belongs to the future. It is capable of printing large objects, even sizes that are comparable to the size of an adult human not in a couple of days but just a few hours only. We can’t help but think that this is bringing us a step closer to the future of manufacturing.  

The study got itself featured in an online science journal website and referred to this 3D printing technology prototype as High-area Rapid Printing or HARP. The technology is said to be having no hard time when it comes to printing hard and durable parts, as well as bouncy, elastic objects. 

There are a handful of 3D printing machines out there in the market and some of them can get alongside or even rival the HARP machine and give it a run for its speed. One downside here is that they are limited to printing only a bed-size object and small parts. And most of the time printing is carried out one at a time, regardless of the size.  

This 3D printing machine is estimated to be around 4 meters in height and is equipped with a print bed that is 0.23 square meters in size.

The printing work is carried out vertically and is powerful enough to handle printing an object that is at a maximum height of 0.46 meters in just 1 hour. This means to say that this piece of printing machine can handle the printing of large parts or even with the addition of small different parts all at once.  

3D Printer Laptop

The printing machine makes use of ultraviolet light in curing out the liquid resins so eventually, they would become hardened objects, which is their intended purpose. This is completely contrasting to laminated structures created by no less than traditional 3D printers. The printed parts they make are mechanically robust, making them ideal for use in airplanes, cars, and dentistry.  

It is normal for a resin-based 3D printer to produce generous amounts of heat while it is running at high speeds. But there is a downside to that and that is it runs the risk of getting your printed parts deformed.  

There is a good workaround to this problem though. Light can be made to the project via a window from below. This will help in solidifying the resin on top of a moving plate. Then, afterward, a nonstick liquid can be put over the window which will help in the removal of heat which is then circulated via a cooling unit.  

In addition, this 3D printing machine has eliminated the need to reduce the resolution when handling and printing large size pieces. What it makes use instead is a high-resolution, light patterning that allows for achieving ready-to-use parts without the need for extensive post-processing. This particular 3D printing machine is projected to hit the market in the next 18 months.