Top 5 Videos: Innovative 3D Printer Makes Nutrient-Packed Meals
Sunday has arrived, and with it comes a fresh batch of the top five videos in additive manufacturing. Get ready for an assortment of colorful highlights, including insights into how additive manufacturing may transform nutrient intake with fruits and vegetables, revisiting the process, and details that went into the semi-successful Terran-1 launch that happened earlier in the year. Additionally, you can look forward to a comprehensive guide on polymers in 3d printing and video on a new 3d printed gripper that operates without electronics.. If you have a penchant for 3D printing videos, our YouTube channel is the place to be. There, we regularly share interviews, reviews, and an abundance of engaging content just for you. So, why not check it out and stay up-to-date with the latest trends in the world of 3D printing? Happy Sunday!
Top 1: Innovative 3D Printer Produces Nutrient-Packed Meals
In a pioneering breakthrough, Australian researchers have harnessed the power of 3D printing to revolutionize the way we enhance the consumption of fruits and vegetables, catering to a diverse range of individuals, from the elderly residing in care facilities, to young children, and even military personnel. This innovative approach holds the potential to address nutritional challenges across various demographics. By ingeniously using 3D printing technology, these researchers have achieved the creation of compact and nutritionally dense meals that go beyond convention. This groundbreaking technique not only offers a novel solution to increase fruit and vegetable intake, but it also marks a significant stride in the evolution of food innovation. The integration of 3D printing technology in crafting these small yet nutrient-packed meals showcases the marriage of culinary expertise and top-end engineering, paving the way for a new era in personalized and nourishing food solutions.
Top 2: Revisiting the Terran-1 3D Printed Rocket Launch
Earlier this year, a remarkable demonstration of the cutting-edge potential of 3D printing technology unfolded, captivating the world’s attention. The incredible achievement involved the fabrication of a significant portion of a rocket through the innovative process of 3D printing. This advanced technique showcased its prowess by crafting crucial components that contributed to the construction of the rocket. What made this feat even more astounding was the successful launch of the very rocket into the vast expanse of space. The implications of this accomplishment reverberated throughout the aerospace industry, highlighting the remarkable strides made in merging 3D printing with space exploration. Check out the video below to refresh on the details and process that went into the crafting the Terran-1 3D printed rocket!
Top 3: All About Polymers For 3D Printing
On the latest installment of 3D Explained, we delve into our latest series aiming to provide you with insights into the diverse world of polymers suitable for #3Dprinting. Following our previous episode, which covered the spectrum of conventional materials, this video dives into the realm of engineering and high-performance materials, all within a concise 4-minute timeframe. Discover the techniques behind 3D printing robust plastic components and anticipate the upcoming final episode, on its way to you soon! But for now, check this one out below!
Top 4: Top 5 3D Printers in 2023
In the market for a new 3d printer? Don’t make a decision until watching this video! Explore the world of 3D printing, a growing field with various options for 3D printers. Learn about enhancing your skills with a new model if you’re experienced, and tap into creativity to craft toys, models, stands, hooks, or custom parts as a beginner. Consider a 3D printer under $250, or even under $200 on occasion. For more advanced capabilities like larger build volume, higher resolution, or faster printing, a slightly higher budget might be necessary. Watch the video for more tips like this and a detailed explanation on the best 3d printers on the market today.
Top 5: New 3D Printed Gripper Without Electronics
Researchers from the University of California San Diego (UCSD) have developed a noteworthy application of 3D printing in the realm of soft robotics. Soft robotics, using flexible materials, has found increasing utility, particularly for tasks involving human interaction or delicate handling. In collaboration with BASF, the team created a 3D printed soft robotic gripper that functions without electronics and can pick up, hold, and release objects using built-in gravity and touch sensors. The gripper’s innovative design allows it to remember when it grasps an object, releasing it when detecting the object’s weight shifting. The unique 3D printing process used, which involves continuous tracing by the printer nozzle, eliminates stiffness and leakage issues common in previous 3D printed soft robots. This novel application underscores the growing synergy between 3D printing and soft robotics, enabling advanced designs with practical applications in industrial manufacturing and other fields. The research was published in Science Robotics and reflects a promising advancement in the fusion of 3D printing and robotics.
Which of the Top 5 videos did you like most this week? Let us know in a comment below or on our LinkedIn, Facebook, and Twitter pages! Don’t forget to sign up for our free weekly Newsletter here, the latest 3D printing news straight to your inbox! You can also find all our videos on our YouTube channel.
*Cover photo credit: Edith Cowan University
