#Duke 3D Printer Update Powerpoint To

Although the semester wrapped rather quickly, we do want to highlight some great things that have been happening this past semester and what we look forward to in the future.Our 3D printers are connected to and managed by a cloud system called 3dprinteros.com This open platform is licensed by OIT for all of Duke. We encourage everyone to join Creality 3D to learn more about 3d printing and enjoy the ItвЂ™s been quite a strange adjustment moving virtual as students moved out from the campus and the Innovation Co-Lab shifted gears from its regular printing. We hope it can help you get familiar with this machine and save your time in setting and updating relevant softwares & hardwares.Creality 3D is a professional 3d printer manufacturer, specializing in integrating 3d printing software research, 3d printer design, and 3d printer distributing & reselling as a whole. The First Page of 3D Printing in Life This page is designed for fresh users of 3D printer, since the content of this page is based on the experience from a beginner of 3D printer.

Duke 3D Printer Update Powerpoint To

I thought it would be a good idea to 3D print the pieces for this Game. Use your forces to capture enemy troops before you lose the chance to claim the land for yourself. Stay tuned on our monthly update powerpoint to hear more about our other recipients and research and development teams:An abstract strategy game. We have a new recipient, Noel, who is a young boy and we are very excited to start working with him as he wants a light up, LED hand! We also are looking forward to our brand new recipient Sydney, who wants basic functions with her hand such as holding things or opening doors. Additionally, we are very close to delivering Shawn final prototypes for his gripper and side flexible hand. We have 3D-printed different models and possible attachments for her leg.

We want to thank our supporters, including Duke, the Innovation Co-Lab, Jennifer and the Pratt Student Organization administration, the Lord Foundation and Engineering Alumni Council for funding, and especially all our students for being attentive in this adjustment. A huge farewell to all our seniors and a welcome to our new executive members who will have a challenge resuming work in the fall. Duke 3 Footmen 3 Pikeman Knight Wizard Ranger Seer General Priest Champion Marshall.

MelodieвЂ™s talk about the 3D Printed Habitat Challenge!DICOM to STL/ Jefferson Health Design LaboratoryMedical students with the Jefferson Health Design Laboratory took us on a workshop that took Medical CT files and sliced them into STL files (the type of files sent to the 3D printer.) We utilized a full skull scan and isolated it down to the jaw before saving it ready for the 3D Printer. Their final design featured novel developments in 3D printing including containing liquid without leaks and applications to additive manufacturing and low-income housing. Duke Nukem 3D is a first-person shooter video game in which the main.This past weekend, eNable returned to the Construct3D: 3D Printing and Digital Fabrication ConferenceвЂ“ this year, held at Rice University in Houston, TX! This year, we had a chance to present our work in one of the sessions and got to meet Jen and Jeremy from the greater e-Nable community.Some of our exec team members at the conference! From left to right: Ian, Leo, Gaurav, Juan, Jake, Iris, LinaSome fascinating workshops and talks we attended included:3D Printed Habitat Challenge /Melodie YasharMelodie and her team worked from the ground up to design and develop a fully 3D printable habitat on Mars featuring an intricate multi-layer house wall shaped to act as a pressurized vessel.

Additionally, Jack, an exercise enthusiast, reached out about potentially being able to run with weights and possibly hold dumbbells. Some initial designs were made and images were scaled into our programs to work with a potential socket. WeвЂ™d like to thank Duke University, Chip Bobbert, the Innovation Co-Lab and the Construct3D Steering Committee as well as the Engineering Alumni Council and the Lord Foundation for helping make this trip possible! From left to right: Juan, Ian, Gaurav, Jake, Jen from e-Nable, Leo, Lina, Iris, and Cathy from Fab LabSome new recipients we have been working with include Riley the dog, which presented a new limb challenge. Finally, it was awesome to see that sharing our work at the ACCelerate Festival of Innovation and Creativity last year translated right at the Smithsonian, as Tim Pula with the Smithsonian Spark!Lab created a prosthetic hand design challenge for the kids!This was a fantastic opportunity for us and weвЂ™re excited to bring back some of the technology and insights learned from this conference. Hopefully, this process can be applied at other places to start being more sustainable!We also met people from all over: the Illinois Mathematics and Science Academy educators are working in a similar adaptive device space hoping to start their own e-Nable chapter, and the Fab Lab El Paso team is working to create a documentary called вЂњDisrupted BordersвЂќ on a young girl who is making an adaptive device for her friend. Their process involves using blenders and shredders, food dehydrators to remove moisture content, and the filabot spooler, airpath, and extruder to respool the material back into filament.

We are hoping to pair electrical signals read from the myoelectric band to control movements in the custom arm. He has a regular myoelectric arm, but because it is rather heavier he is looking for another more niche device to help him out.On our research and development side, our custom arm team has been hard at work designing individual parts to hopefully consolidate in a complete arm in the near future including a custom designed socket, forearm, wrist, palm and fingers. Leyman, who lives in Maryland, is a driver and was wondering if we could create an attachment to better assist him in driving however, for now, working with an upper elbow amputee and exploring uncharted territory we are sticking with attempting to have him first grab items steadily before moving into a new area.

Prototype gripper device, shoulder-powered, for ShawnHopefully, the final iteration will include some portions printed with metal since it will be more secure than printing with plastic. A harness will help keep the device steady. Shawn requested a device to help him carry and work with heavy power tools, so we created a custom gripper that relies on the shoulder to close.

LoganвЂ™s Spiderman web-shooter!Additionally, we have been working to create a very comfortable socket and several other attachments to help him kayak and swim. AlisonвЂ™s prototype Kwawu arm with flexible hingesFinally with Logan, we delivered a Spiderman web-shooter to go with his Halloween costume. The final prototype will be printed in light brown and hopefully will include a phone attachment as well for her to be able to look at and play with the phone. There was lots of experiment and work with flexible materials such as nGen Flex. The biggest challenge this year was getting the sizing correct and keeping the arm light for her.