In a new Nature journal article, researchers sought to answer this question. Explore the results and learn about their experiments. 

Can VCJ 3D printing create assembled products that function like natural organisms?    In a new Nature journal article, researchers sought to answer this question.   In one experiment, using the Vision-Controlled Jetting (VCJ) multi-material technology from Inkbit, the authors produced a tendon-driven robotic hand with embedded sensors and varying degrees of rigid and soft properties in a single print.   The robotic hand's components mimicked the intricacy of human anatomy using bespoke metamaterials with programmable properties that could autonomously grasp objects.   We invite you to explore the results and learn about other experiments, including a walking robot demonstrating stable locomotion and object manipulation, plus a heart pump that effectively mimicked cardiac functions.   See the Future Today     Vision-Controlled Jetting (VCJ)   It is worth noting that the applications presented in the Nature article were made possible only through Inkbit's VCJ technology. The VCJ technology includes a high-speed 3D vision system that enables the creation of new novel chemistries in 3D printing.   This technology also provides exceptional precision, producing durable and functional multi-material products without contact. VCJ technology is not limited to organic robotic components but has exciting use cases in the automotive, medical, and consumer products industries.   You can learn more about this captivating new solution by visiting inkbit3d.com.   Explore VCJ This email was sent to manojdole1.Additive@blogger.com why did I get this?    unsubscribe from this list    update subscription preferences 3DR Holdings, LLC · 435 East 52nd Street, Suite 16c2 · New York, NY 10022 · USA