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makeSEA WindpowerWriter Wind Turbine This is a demonstrationprojectprovided courtesy of makeSEA. It is a fully-functional power generating wind turbine with an embedded3D printed generator. Itincludes details on how to installan Arduinocontroller for POVwriting when the propellor spins. This design can also be used as a foundation for a charging station, a weather or data recording device, and many other applications. It is a good example of how to include detailed information about your build and how to link related assets for lineage tracking. You are encouraged to incorporate this object into other derivativedesigns and to link to this project and files for attribution. Go make something!™

Magic Leap STL Example This is a demonstrationprojectprovided courtesy of makeSEA. It is a fully-functional power generating wind turbine with an embedded3D printed generator. Itincludes details on how to installan Arduinocontroller for POVwriting when the propellor spins. This design can also be used as a foundation for a charging station, a weather or data recording device, and many other applications. It is a good example of how to include detailed information about your build and how to link related assets for lineage tracking. You are encouraged to incorporate this object into other derivativedesigns and to link to this project and files for attribution. Go make something!™ This project is Magic Leap enabled.

Design. Transform. Evolve.

Optical Coherence Tomography Claw

This claw prototype is of miniature scale and has potential use for optical coherence tomography imaging for sample collection.

Author: By Neel Kurupassery,
neel kurupassery,
and

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.

Bioprinting

The goal of this project is to learn how to use the new BioX bioprinter and create a guide for others to use based on what I have learned.

Duke Architecture - Fitzpatrick Center

Fitzpatrick Center model

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

FlexBeam Assignment

The FlexBeam Assignment is a project completed as part of the EGR121 class. Here you will find detailed drawings and model mockups of the part.

ER25 to ER25mini Adapter

A simple adapter project.

Author: By mitchell greene
Tier 3 support for the Colabs at Duke University.

Ultimaker Security

Click here to edit your project summary. You can include inline images if you prefer.

Mouse Sensitivity Container

The Mouse Sensitivity Container (AKA the "Chamber of Pain") is a project aimed at adapting a lab rat sensitivity chamber to work with mice, who are smaller and squishier.

Author: By kristianna elbert,
I'm an ECE/CS double major with a love for human-centeredproduct design and CAD. I enjoy 3D modeling, programming, and petting dogs.
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.
and mitchell abrams

Duke Architecture - Civitan Building

Civitan Building model

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

Duke Architecture - School of Nursing

School of Nursing model

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

Capillary Bioreactor - Hardware

This project involves creation of electronics to control a capillary bioreactor. The final product will be used to reduce VOC concentration in the air.

Author: By clayton shafer,
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.
mitchell abrams,
and luis rafael lopez de leon

Lemur Pulleys Redesign 2

Improved the strength and durability of existing plastic pulleys for the Lemur Center.

Author: By trevor fowler,
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.
and mitchell abrams

Duke Architecture - Bishops House

Bishop's House model

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

Author: By joanna feaster,
and 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.

Duke Architecture - Washington Duke Inn

Washington Duke Inn model

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

CoLab Internal Projects

A custom syringe, vial, and bougee holder for use in Duke University Hospitals.

Author: By kristianna elbert,
I'm an ECE/CS double major with a love for human-centeredproduct design and CAD. I enjoy 3D modeling, programming, and petting dogs.
and 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.

Pediatric Anesthesia Medical Device Holder

A custom syringe, vial, and bougee holder for use in Duke University Hospitals.

Author: By kristianna elbert,
I'm an ECE/CS double major with a love for human-centeredproduct design and CAD. I enjoy 3D modeling, programming, and petting dogs.
and 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.