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Oerlikon joins hands with TU Munich and Skoltech for expansion in the AM sector

A lot of activity is happening at the Swiss industrial tech company Oerlikon. It has announced the establishment of an industrial 3D printing facility in Charlotte, North Carolina, and has signed two research partnerships—with the Technical University of Munich (TU Munich) in Germany, and the Skolkovo Institute of Science and Technology (Skoltech) in Russia- to delve deeper into additive manufacturing technologies and surface solutions.

The partnership with the two companies is undertaken with the vision of overcoming existing challenges in the additive manufacturing sectors of automotive, aerospace, medical, energy and related fields. Dr. Roland Fischer, CEO of Oerlikon, said that they had collaborated with the companies in lieu of the growing demand for advanced components that are lighter, carry complex designs, and can be manufactured speedily. With Oerlikon’s stronghold in material and surface technologies, they will take the technology a step ahead.

TU Munich has been engaged in projects like 3D printed infill structures, 3D printing bio-INK, and others. The letter of intent between Oerlikon and TU Munich was signed by Dr. Fischer and Prof. Dr. H.C. Mult. Wolfgang Herrmann, President of the TU Munich. The Skolkovo Institute of Science and Technology is also a seasoned player in advanced manufacturing, specializing in simulation processes and dedicated materials for additive manufacturing. Prof. Dr. Alexander Kuleshov, President of the Skolkovo Institute of Science and Technology, signed the research agreement with Oerlikon.

Prof. Dr. Michael Süss, Chairman of the Board of Directors of Oerlikon said that they were proud to collaborate with leading companies in additive manufacturing and provide their vital assistance in the designing and manufacturing of industrial products. There is a lot of action happening in the additive manufacturing sector in Germany, hence it is the right time to tap the vast potential and contribute towards industrialization.

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Giuseppe Finizia launches an updated version of the 3D printed PCB workstation

The 3D printed PCB workstation developed by creator Giuseppe Finizia, was released in 2015. He has published an updated version of his PCB project, which also has crane arms.

Giuseppe Finizia is an electronic forensic expert and engineer who had designed the PCB workstation in 2015. The Thingiverse community held high acclaim for Finizia’s design. The workstation, which gives circuit board tinkerers small articulated arms, has received over six thousand “likes”, and has been assisting thousands of projects where precise connections were required on a printed circuit board. Finizia has now published an updated version of the workstation with a stable crane arm system.

In the updated PCB workstation, users can adjust the arm position by rotating a full pin joint which acts as the elbow of the arm, and by adjusting the pivoting base. The previous workstation had arms with a ball and socket joint. The crane arm can make intricate moves over small points on the printed circuit. The tip of each arm has a needlepoint test probe, where users can attach LED, magnifying glass, and other accessories. What’s more, users who found the previous arms of the workstation easier to maneuver, can choose between either set of arms for their workstation.

The base of the workstation remains the same and both the versions were designed on the Mol CAD software. Finizia used a Zortrax M200, for 3D printing both the workstations, though they could be printed using any FDM printer. The printing settings that produced the original workstation: rafts, supports, 0.19 mm resolution and high infill are all similar in the new device.

Finizia’s workstation project demonstrates how 3D printing can be used operation PCBs. There could be a time in future where 3D printers are used to make circuit boards. Companies like Nano Dimension and VOXEL8 are using new technologies that would see additive manufacturing sync in with the electronics industry.

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Open bionics wins the International UAE Robotics award for Good competition

Open Bionics, the 3D printed prosthetic maker has received the International UAE Robotics for Good Award, which includes a cash funding of $1 million. The award is given out as a part of the initiative by the UAE AI & Robotics Award for Good competition. As per the official website, this competition was intended to support innovation in the areas of artificial intelligence and robotics. Open Bionics has been manufacturing 3D printed affordable prosthetics since 2014 and it was the perfect contender to take home the prize.

The competition was tough, though. There were thousands of applicants from all over the world who had submitted their innovative theory of developing prosthetics. Some of the noteworthy projects were Marsi-Bionics’ Gait Exoskeleton, a device that helps children with neurological diseases to move conveniently; the DOME Project; the Fathom One underwater drone; and more. Team Open Bionics was elated to receive the prize and expressed their happiness on Facebook. Over 1600 technologies had applied and their “prosthetic hands” were chosen from amongst the top 10 technologies.

Open Bionics has done some commendable work in the field of 3D printed prosthetics. They developed the 3D printed superhero prosthetics, Deus Ex inspired prosthetic arm, and the easy to assemble £500 prosthetic arm.

Other winners in this category took DHs1 million for their projects. Daniel Waleed’s team developed a 3D printed device to detect leaks in gas pipes. Sanad’s Academy also won an award for their 3D printed Smart Ring drone. This device will enhance the capabilities of life-saving rings with drone power. It will be deployed to life-saving guards to assist them in saving lives in a speedy manner.

Telecommunications Regulatory Authority (TRA) and the Information and Communication Technology (ICT) Fund organized the UAE AI & Robotics Award for good competition.

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3D Printing and Mayo Clinic Worked Together To Treat Old Patient Face Transplant

A restorative group from the Mayo Clinic in Rochester, Minnesota has effectively finished a facial transplant for 32-year-old patient Andrew Sandness. The unimaginably complex technique, which required more than 50 hours of surgery, was made conceivable to a limited extent because of 3D printing advances, which were utilized to deliver 3D models and surgical aides.

In 2006, 21-year-old Wyoming-conceived Andrew Sandness was extremely harmed by a self-exacted shot injury to the face. The young fellow, who luckily survived the suicide endeavor, was left genuinely distorted. For a considerable length of time, Sandness has lived with his damage, which had made regular assignments, for example, talking, biting, noticing, and notwithstanding breathing exceptionally troublesome for the now 32-year-old.

As of late, nonetheless, Sandness experienced a close aggregate facial transplant which has improved his life. As he commented, “I am totally flabbergasted at the result up until this point. I am currently ready to bite and eat typical nourishment, and the nerve sensation is gradually enhancing, as well. My certainty has enhanced, and I’m feeling great―and appreciative.”

As one can envision, facial transplants are no simple deed, and the technique required broad arranging. This, as the Mayo Clinic clarifies, included virtual surgical arranging and also 3D printed models and aides. As Dr. Mardini clarifies: “Utilizing this innovation of 3d displaying, printing, and virtual surgical arranging is amazingly advantageous. [Medical demonstrating engineers] would have cutting aides for us that we would cut on the bones that would give us the correct area of the cut, the correct point of the cut, so that when we took the giver’s face and put it on the beneficiary it would fit splendidly.”
In view of the condition of Sandness’ face, the surgery required various medicinal procedures, including remaking and reestablishing the patient’s nose, upper and lower jaw, sense of taste, teeth, cheeks, facial muscles, salivary organs, skin, and that’s only the tip of the iceberg. The surgery, which was started in summer 2016, endured more than 50 hours and required cooperation from nine specialists and 40 medical caretakers. Like I stated, no little deed.

The perplexing technique was performed by a multi-disciplinary group drove by Samir Mardini, M.D. furthermore, Hatem Amer, M.D., and comprised of authorities from plastic and reconstructive surgery, transplant medication, neurology, ophthalmology, dermatology, radiology, basic care, anesthesia, psychiatry, and numerous more fields. Sandness’ methodology denoted the main facial transplant surgery for the Mayo Clinic Essam and Dalal Obaid Center for Reconstructive Transplant Surgery.

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Affordable Liver Model With FDM Technology are Created By Polish Researchers

A group of analysts from the Jagiellonian University Medical College in Krakow, Poland have effectively 3D printed a preoperative arranging model of a human liver for just $150. The examination extend serves to exhibit that 3D printed tolerant particular surgical models can be made at a reasonable cost utilizing available 3D printing advances.

Lately, the medicinal group has come to perceive the advantages of utilizing patient-particular anatomical models to help get ready and plan for surgeries and additionally to help patients comprehend the methods they will experience. Naturally, 3D printing has been a major some portion of making these medicinal models, as the innovation is perfect for little bunch manufacture of complex articles.

As the analysts contend, in any case, the execution of 3D printed preoperative models in healing facilities has been to some degree restricted because of the high cost of modern 3D printers and the multifaceted nature of certain 3D demonstrating programming programs. With an end goal to present a more available option, the examination group, drove by Jan Witowski, has exhibited a technique that utilizations reasonable FDM 3D printing innovation, open-source programming, and silicone throwing to make nitty gritty, quiet particular models.

The exploration, which was as of late distributed here, exhibits this technique through the assembling of a liver model, to be utilized as a part of the preoperative getting ready for a laparoscopic liver hemihepatectomy for colorectal disease metastases. “This paper introduces a financially savvy method of 3D printed liver models that creates the shape and the majority of the structures, including the vessels and the tumor, which in the present case is colorectal liver metastasis,” peruses the dynamic.

To make the 3D printed liver model, the scientists initially got a CT sweep of the patient’s liver, which they portioned, changed into 3D models, and in this way, 3D printed utilizing a FDM 3D printer and PLA fiber. As per the group, the liver model parts took around 72 hours to print and were executed in six print occupations. Once the pieces were printed, they experienced some post preparing to guarantee smooth surfaces.