Tuesday 28 October 2014

Three Promising Career Choices in 3d Printing

Printing in three dimensions is not a new technology. The beginnings of it were seen all the way back in the 1980’s, and in the last decade, equipment needed for a 3d printing process became more and more accessible to the wider public. But, at the same time, more importantly, the field in which this technology exists started to open up for more and more people who desired to transform 3d printing into some sorts of a profession. With it, careers in 3d printing begin to emerge, and continue to do so. Here are three promising options when it comes to finding a career in the area of 3d printing.

1. Legal 3d Printing Professionals

This might seem odd at first, but thanks to the expansion of 3d printing, many issues of a legal nature will begin to emerge. It will primarily be focused on the questions of IP rights, or intellectual properties right. Because of their potential, products of 3d printers can infringe on copyrights or can be used to modify or copy other trademarked components. These problems will definitely find their way to the courts all over the world, so any lawyer specializing in this field will surely have plenty of work in the years to come.

2. CAD (computer-aided design) Modeling

Professionals working in the 3d CAD department are one of the key participants in a 3d printing process. Their job is to convert a design into a blueprint that is used for the 3d printing machines that make the model itself. These are and will be used in many fields of business, ranging from manufacturing plants to prop makers in the movie industry. Without a 3d CAD modeler, customization of a 3d model is impossible, and this is one of the most important aspects of 3d printing. It is safe to say that anyone who has the expertise needed for a 3d CAD professional will definitely be sought after.

3. Scientific 3d Modeling

Often, 3d print is right away connected to the notion of consumer products. But things like artificial limb prosthetic or even real human tissue means that 3d printing also found its way into science. Other advanced technology users, including national space exploration agencies like NASA, employ 3d printing on a regular base. This means that any 3d printing professionals with background knowledge in the areas of physics, medicine or any other scientific field will be sought after to continue the process of innovation and research. In this case, 3d prints might not always be the topic of research, but will have an important place in it.

These careers in 3d printing all seem prosperous and interesting for future professionals, but it is important to know that they are not the only ones. In the coming years, this technology will without a doubt continue to create new positions for people looking for work in the process of 3d printing.


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Monday 27 October 2014

What MCOR 3D Printing Space Holds for Future?


As most of you might aware that 3D Printing Space is a growing field. It has been estimated that 3D Printing could become a billion dollar industry by the year 2020 and it has been found that this industry could make a huge annual growth. Here, I would like to give a gist of what MCOR Technologies holds for 3D Printing Space.


A Recent Update from MCOR:

MCOR Technologies is the company which has now extended the possibilities of color 3D printing. The company did not stop with this. Yes, MCOR continues to enhance color AM technology. The recent announcements that were made by MCOR say about the superior True Color capabilities of its 3D printer. 

Through this recent enhancement, MCOR technologies could offer:

  •  Increased sharpness
  •  Enhanced color quality
  • 10% reduction in ink usage

What before this?

Before this enhancement itself, the company was able to make the MCOR IRIS, the first three-dimensional printer to include .International Color Consortium’ profile. This ensures that the printer would produce the industry standard colors. Without this profile, the 3D printers would translate all the incoming colors to the machine-specific ones. It is to be noted that MCOR three-dimensional printers are the only ones that use the regular A4 or letter paper as its build material. This range of printers can be able to print over 1 million colors simultaneously.

Didn’t leave out the Ink:

The company didn’t leave out to concentrate on the ink being used. Yes, the patented ink of the company has been specially formulated for penetrating the paper thereby resulting in rich as well as consistent color fidelity. When the sheets of paper have been bound together in the printing process, the resultant model would look like the wood. Thus, the company is concentrating each and every area of 3D printing space.
Future Goals of MCOR Technologies:

As mentioned earlier, MCOR continues to enhance color AM technology. They have been committed to exceed the expectations of people. There is no doubt that the company will continue to lead the 3D printing industry by creating new possibilities for three-dimensional printing. Thus, the company will be a promising platform for all the youngsters who aspire to learn about 3D printing and for those people who are looking to pursue their career in the industry. Undoubtedly, there are lots of training, careers as well as business opportunities available in this particular field and is being continuously exhibited by MCOR Technologies through their new innovations. The younger generation could take this company as a pioneer model for developing themselves in the field of 3D printing.


Wednesday 22 October 2014

3D Printed Model Helps 16-Year Old Heart Tumor Patient

3D printing has been a topic of interest for a considerable amount of time now. We have seen 3D printed cars on a few roads and even seen 3D sandwiches

However, it was not until mid September that the biggest breakthrough in 3D printing technology was reported. A 3D printed heart had not just been developed but it had actually been used to save the life of a sixteen year old heart tumor patient!

Bradley White, 16 and a resident of Plymouth Michigan was suffering from irregular heartbeat. He had been receiving medical care from Cincinnati Children’s Hospital where the doctors discovered that the condition was being caused by a tumor in Bradley’s heart. According to care givers at the hospital, Bradley was actually born with a tumor in his heart. 

Throughout his childhood life, he had undergone several open-heart surgeries and a defibrillator had actually been implanted to protect the young boy from sudden cardiac death. Most recently he found himself back at the hospital for yet another procedure, this time to stop electrical interference that was being caused by the tumor.

3D printed heart delivers insightful results

Seeing the need and urgency to understand the situation, Bradley’s doctor, Dr. Michael Taylor who is also the director of Advanced Imaging at The Heart Institute in consultation with his team contracted Materialise to print a 3D replica of Bradley’s heart.

Known for their wealth of skill and experience in 3D printing, Materialise (MTLS) quickly got to work uploading Bradley’s CT scan data into a Mimics Innovation Software and carefully customizing the data according to the parts to be printed. Once that was done, Materialize cardiovascular specialist Todd Pietila created the 3D printed “copy” of the boy’s heart and handed it to cardiac surgeon Dr. David Morales and cardiologist Dr. Timothy Klansman. It was printed in hard but opaque material with surrounding anatomical strictures delivered in flexible transparent material.

The uniquely printed heart allowed doctors as well as Bradley and his family to better understand his heart condition. With it doctors were able to confidently proceed with catheter ablation and an electrocardiography study instead of a risky and expensive surgical resection procedure.


Bradley was so impressed and outright relieved with the 3D print. He was quoted saying, “I had always thought the tumor was the size of a quarter. I didn’t realize how bit it was until I saw the 3D print from Materialize.”



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