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Design. Transform. Evolve.

Duke Architecture - Branson Building

Branson Building model

Author: By griffin rubin,
Duke Admin,
and charles anspach

Duke Architecture - Flowers Building and West Campus Union

Flowers Building and West Campus Union models

Author: By griffin rubin,
Duke Admin,
and charles anspach

Duke Architecture - P.M. Gross Chemical Laboratory

P.M. Gross Chemical Laboratory model

Author: By griffin rubin,
Duke Admin,
and charles anspach

Duke Architecture - Hudson Hall and Teer Engineering Library

Hudson Hall and Teer Engineering Library models

Author: By griffin rubin,
Duke Admin,
and charles anspach

Duke Architecture - Old Chem

"Old Chem" building model.

Author: By dana bobbert,
Chip Bobbert is the Digital Fabrication Architect and service manager behind Duke Universityâs four specialty labs--the Multimedia Project Studio and three CoLab Studio locations. In this role, he has developed and built one of the largest 3D printing-focused labs in higher education. This service now completes more than 39,000 jobs annually while serving more than 2,500 unique users. His lab was the first to explore and solve scale problems related to integrating digital fabrication at institutional levels. His work has created a template many universities have used in the development of their own labs. His latest projects focus on the launch of a medical and research-class additive manufacturing center and tools that will interconnect communities of makers. Passionate about innovation and education; he is a frequent speaker, collaborator, commenter, and evangelist on the topic of maker and additive technologies in educational and research ecosystems.
charles anspach,
amanda madden,
and griffin rubin

Manikin Arm for IV Injection Training

This is a manikin arm for nursing students at Duke’s Center for Nursing Discovery to practice IV injection. There are two injection sites, one on the forearm and another on the back of the hand. The

Author: By emily barre,
ana martinez,
and taylor huie

Measuring Moment of Inertia

Goal: Building a device that can measure the moment of inertia of an object. This device can be used easily regardless the size, the inertia and the weight of the object.

Author: By hsuan jung chen
I am a second year Masters student in Mechanical Engineering at Duke University. At CoLab, I work on helping Duke researchers on 3D printing and mechanical prototyping.

CoLab Logos

The CoLab Logo. It's awesome. Add it to your projects.

Webcam Mount - Ultimaker 2 and Genius WideCam F100

For mounting the Genius WideCam F100 on the Ultimaker 2.

Author: By mark ogren

Raspberry Pi 3 BPlus Lower Case

This is the lower portion of a Raspberry Pi 3 B+ case that I have machined out of aluminum. The bottom chip of the Raspberry Pi is connected to the case directly via thermal compound. It should be noted

Author: By logan davel

Drawer Handle

This is a 3D scan of a drawer handle. This piece is connected to the robot hand scan, as they both play a role in motion planning. The robot is a doctor's assistant and will help grab objects. This drawer

Robot Hand

This is a 3D scan of a hand of a robot. The robot is a doctor's assistant that can grab and give the doctor objects. The scan will be used by graduate Engineering students for programming motion planning

Orthopedic Implant

This is a 3D scan of an orthopedic implant used for total ankle replacement. The model is very similar to the bottom piece of what is in the x-ray pictured.

Facial Recognition Door Lock

This is a facial recognition lock for a dorm room door. It uses a RaspberryPi 3, standard webcam, and a motor to control the door lock. The README and GitHub repository for the code can

Author: By benjamin lawrence,
and samuel appiah-kubi

Capillary Bioreactor

Capillary Bioreactors provide an efficient method of combining gas and liquid, such that reactions between the two mediums can be

3D printed garments

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Soil Temperature Probe

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Author: By aaron price

Credit Card and DukeCard Reader Counter Mount

Mount for contactless DukeCard scanner that attaches to the backside of the VeriFone credit card readers at Duke Stores and Duke Dining locations.

Author: By james winston,
dana bobbert,
Chip Bobbert is the Digital Fabrication Architect and service manager behind Duke Universityâs four specialty labs--the Multimedia Project Studio and three CoLab Studio locations. In this role, he has developed and built one of the largest 3D printing-focused labs in higher education. This service now completes more than 39,000 jobs annually while serving more than 2,500 unique users. His lab was the first to explore and solve scale problems related to integrating digital fabrication at institutional levels. His work has created a template many universities have used in the development of their own labs. His latest projects focus on the launch of a medical and research-class additive manufacturing center and tools that will interconnect communities of makers. Passionate about innovation and education; he is a frequent speaker, collaborator, commenter, and evangelist on the topic of maker and additive technologies in educational and research ecosystems.
,

I am a senior with a strong background in biomedical research. I am particularly interested in implementing 3D printing for clinical and surgical uses. I specialize in phantom fabrication and design for imaging research. Some of my recent projects include a microtray for EBV virus cell experiments and a realistic breast phantom for mammography imaging.

and griffin rubin

Shoe

This is a 3D scan of a Brooks Ghost men's running shoe. Included in the images is a picture of the actual shoe.