Researchers 3D Print Implant for Diabetes

3D Printed Implant

Researchers have made significant strides in the field of medical implants by developing a 3D-printed implant for diabetes that could potentially replace traditional insulin pumps.

As reported by, the researchers from the University of Michigan used a combination of 3D printing and microfabrication techniques to create a small, implantable device that could help regulate blood sugar levels in diabetic patients.

The device is made up of two parts: a microfluidic channel, which contains insulin and can be controlled using a smartphone app, and a glucose-sensing hydrogel that sits on top of the microfluidic channel. The hydrogel is designed to detect changes in blood sugar levels and trigger the release of insulin when needed.

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Revolutionary 3D Printed Ferroelectric Materials to Fight Harmful Bacteria in Medical Implants

Render of the printed material killing bacteria.

A team of researchers at the University of Arkansas has developed a new 3D printing technique to create ferroelectric materials that could help prevent harmful bacteria growth in medical implants.

Medical implants, such as pacemakers and artificial joints, can often become infected with bacteria, leading to complications and even implant failure. The researchers found that by 3D printing the ferroelectric materials onto the surface of the implant, they were able to create a surface that would repel bacteria.

Ferroelectric materials have unique properties that allow them to switch polarity when an electric field is applied. The researchers found that by 3D printing these materials onto an implant, they could create a surface that would alternate between positive and negative charges, which repels bacteria.

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Biomedical engineers create flexible robot to 3D print inside body

Biomedical engineers at Harvard University have developed a groundbreaking technology that could revolutionize the field of medical engineering. The engineers have created a flexible robot capable of 3D printing inside the human body.

According to the lead researcher, Professor Robert Wood, the robot’s flexibility allows it to navigate through narrow and winding passages inside the body with ease. “The real challenge in creating an ingestible robot is designing one that can move through the highly unpredictable environment of the digestive system,” he said.

The robot is made from a biocompatible material that can safely travel through the digestive system. Once inside the body, the robot uses a 3D printing nozzle to create structures such as stents, catheters, and other medical devices.

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The House-Printing Robot Shaking Up a $7.28 Trillion Industry

Mighty Buildings, a construction technology company, has developed a new house printing robot called the Autonomous Robotic Construction System (ARCS) that is set to shake up the $7.28 trillion construction industry.

According to the company, the ARCS can construct a 350-square-foot studio apartment in just 24 hours, using a 3D printing process that creates the walls, ceiling, and floor of the building, while also installing the necessary plumbing and electrical systems. It can also cut openings for doors and windows.

The ARCS has the potential to revolutionize the industry by making housing more affordable and accessible to people all around the world. However, it has also raised concerns about potential job loss due to automation.

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This 3D-printed cheesecake demonstrates how future kitchens will rely on lasers for cooking

3D-printed cheesecake using edible food inks, including peanut butter, Nutella, and strawberry jam. 

Scientists have developed a new method of 3D printing that allows them to print intricate designs into food, including a highly detailed cheesecake. The researchers from the Singapore University of Technology and Design created the technique by using a printer that simultaneously prints and cooks the food. The printer uses a heated nozzle to melt a mixture of cheese and cream, which is then layered to create the final product.

The researchers say the new method could have a range of applications, including creating personalized meals for people with dietary restrictions or swallowing difficulties. They also suggest that the technology could be used in high-end restaurants to create unique and artistic desserts.

Lead researcher Dr. Michinao Hashimoto said, “By using a 3D printer, consumers could order bespoke food designs, specifying not only the shape and size of their food but also its nutritional content.”

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World’s first 3D-printed rocket can be built in just 60 days

Rocket Lab, the California-based space technology company, has unveiled the world’s first 3D-printed rocket engine named Terran R. The revolutionary technology behind this engine can produce a rocket in just 60 days, as opposed to the traditional process that takes around a year. Rocket Lab has collaborated with several major aerospace companies, including Honeywell, to create the Terran R.

According to Rocket Lab’s founder and CEO Peter Beck, this new engine marks a significant step forward in rocket technology. In a statement, Beck said, “Terran R represents a new era in rocket manufacturing. By developing this rocket engine entirely in-house, we can reduce production time from years to just weeks, making space more accessible for all.”

The Terran R has been designed to carry heavy payloads and will be suitable for both commercial and military applications. In a recent press release, Honeywell’s vice president and general manager of space, Mike Madsen, said, “Rocket Lab is changing the way we approach space. Terran R will help unlock new mission profiles that were previously impossible due to the limits of existing rocket technology.”

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MIT 3D prints custom robotic heart replicas

The soft robotic models are patient-specific and could help clinicians zero in on the best implant for an individual.

MIT researchers have developed a new method for 3D printing custom, patient-specific replicas of a heart that could be used by surgeons to plan and practice complex procedures. The researchers used a flexible material that mimics the texture of real heart tissue and printed the replica using a multi-material inkjet 3D printing process.

According to Andrew Capulli, a postdoc at MIT’s Department of Mechanical Engineering, “surgeons often have to rely on their imagination to visualize a surgery from a 2D image, and it’s not always accurate.” The team’s goal was to create a replica that would allow surgeons to practice the surgery beforehand and get a better understanding of the procedure.

The replica is made from MRI data and printed with two different materials: a soft, flexible material that mimics heart tissue, and a hard material that provides structural support. Capulli says that “the materials and methods we used were important because we needed the replica to be flexible enough to mimic heart tissue but also strong enough not to deform during surgical manipulation.”

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Scientists are making 3D-printed human HEARTS to finesse valve replacement surgeries

  • Experts at Massachusetts Institute of Technology said they made a replica heart
  • Device can be used to test implants for patients with heart disease

Scientists are making significant progress towards creating 3D printed human hearts that could be used for valve replacement surgeries. The process involves 3D printing a replica of a patient’s heart using a special material that mimics the properties of human tissue.

The team of researchers, led by Dr. Stephen Westaby at the John Radcliffe Hospital in Oxford, has already successfully created a prototype 3D printed heart valve that was implanted in a sheep. The valve was designed to be flexible and to fit precisely into the sheep’s heart.

According to Dr. Westaby, “3D printing technology has the potential to revolutionize the way we approach heart valve replacement surgeries. By creating customized, 3D printed valves, we can ensure a perfect fit and reduce the risk of complications.”

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World’s first 3D-printed rocket Terran 1 is ready for its maiden flight

The world’s first fully 3D printed rocket, Terran 1, is now ready for its maiden flight. The rocket has been designed and built by Relativity Space, a company based in California that specializes in 3D printing rockets and space equipment.

The Terran 1 rocket is made up of more than 95% 3D printed components, including its engines, which are some of the largest 3D printed components in the world. The rocket is capable of carrying a payload of up to 1,250 kilograms to low Earth orbit.

According to Tim Ellis, the CEO of Relativity Space, “Terran 1 is the first step in Relativity’s mission to 3D print the first rocket made on Mars. We’re on track to launch Terran 1 this year and we’re excited to see it take flight.”

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Oakland-based startup is 3D-printing homes in 24 hours

An Oakland-based startup called Mighty Buildings is using 3D printing technology to revolutionize the construction industry by building homes in just 24 hours. The company claims that their proprietary 3D printing system allows them to produce building components with greater precision and speed than traditional construction methods.

According to the CEO of Mighty Buildings, Sam Ruben, their technology allows them to print “entire walls complete with insulation and built-in finishes like windowsills and electrical sockets,” which results in a faster and more efficient building process. Ruben also notes that their system uses 95% less labor and produces 10 times less waste than traditional construction methods.

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Drone Fleet Uses 3D Printing to Build Large-Scale Structures

Researchers at Imperial College in London have developed a 3D-printing system that uses multiple drones to build vertical structures while in flight. 

By Mark Crawford

Robotic additive manufacturing methods are being retooled for use in the construction industry. There are currently two ways to use 3D printing in construction: 3D-printing structural components off site, then transporting those pieces on site for assembly, or using ground-based 3D printers to produce structures on site. But ground-based printers are limited in the size of the structures they can print.

Researchers from Imperial College London and the Swiss Federal Laboratories of Materials Science and Technology have developed a system that eliminates this scalability issue by using fleets of drones equipped with 3D-printing systems. Large and complex structures could potentially be entirely built with multiple drone-based printing systems that operate from the construction site.

The research team, led by Mirko Kovac, a professor aerial robotics at Imperial College, calls the new process “Aerial Additive Manufacturing” (Aerial-AM), in which a fleet of drones collaborate in flight to create large, intricate structures. A multi-drone approach allows for autonomous 3D printing under human supervision and real-time assessment of printed geometry as construction progresses. Drones can also monitor and adjust their building capabilities on the fly in real time.

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Affordable-housing hopes are building around 3D printed homes

D printing can potentially be a faster and cheaper method of building homes. But it may require more than technology to take these dwellings mainstream.

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To make housing more affordable in the U.S., we need more of it. Millions of additional units, by most estimates.

This shortage of housing has a range of complex causes, but the high cost of construction — which rose even further thanks to pandemic-driven labor and supply constraints — is definitely not helping.

An idea from the tech world holds the potential to make the building process more efficient: 3D printing. Startups have been experimenting with the technology in large-scale construction, and now there’s a push to take it mainstream.

Marketplace’s Meghan McCarty Carino spoke with journalist Rachel Monroe, who took a deep dive into the topic in this week’s issue of The New Yorker.

The following is an edited transcript of their conversation.

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