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Design. Transform. Evolve.

Capillary Bioreactor V2

This product will be used to reduce VOC concentration in limited air-supply environments.

Author: By ,
benjamin lawrence,
luis rafael lopez de leon,
angelica pangan,
and jackson hubbard

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

Organizer Drawer - Reusing a Filament Spool

This is a drawer system that uses the spools from Makeshaper. You can probably use other models of spools.

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

Duke Architecture - Law Building

Law Building model

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

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

VIVE Tracker Head Mount

Head mount for HTC VIVE Tracker and Vofini 3D glasses.

Author: By mark ogren

Duke Architecture - Bryan Student Center

Bryan Student Center model

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

Webcam Mount - Ultimaker 2 and Genius WideCam F100

For mounting the Genius WideCam F100 on the Ultimaker 2.

Author: By mark ogren

Root-Dividing Plant Holder

This 3-D root divider is useful for plant experimentation where roots are divided into two separate containers and given different sustenance.

Author: By Neel Kurupassery,
and neel kurupassery

Lemur Center Door Pulley

Improved door pulley for Duke Lemur Center cages.

Author: By neel kurupassery,
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.
james winston,
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.

This clap securely closes over a cable with the addition of 1-2 #4 safety screws and nuts, to be used as a secure lock for dongles. Wires up to 1.25 mm in diameter can be threaded through the holes before

Laser Fiber Input Holder

This laser fiber adapter allows for incorporation of a laser fiber into an optical pathway. It is designed for 1/4 inch laser fibers.

Author: By Neel Kurupassery,
and neel kurupassery

Experimental Vial (3-piece)

This 3-piece vial is used for biology experimentation, particularly those involved with use of a transwell for cell cultures.

Author: By Neel Kurupassery,
Duke Admin,
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 neel kurupassery

L7-4 Transducer Adapter

This adapter allows for the coupling of laser fibers with the transducer, particularly useful for photoacoustic imaging.

Attached are 3 different models for different intersection angles

Author: By Neel Kurupassery,
and neel kurupassery

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

Team DUMMY

Duke Architecture - Sanford Institute of Public Policy

Sanford Institute of Public Policy model

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

FeReT Door

This project contains the mechanical frameworks for a Facial Recognition Door Device based on the Raspberry Pi and Raspberry Pi camera.

Pediatric Cardiology Laptop Stand

This project will provide an ultrasound mounted laptop stand for the Pediatric Cardiology Clinic at the Duke Hospital.

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.
and mitchell abrams

VIVE Tracker Strap Mount

Mounting plate for HTC VIVE tracker. For use with 1.25 nylon strap or velcro.

Author: By mark ogren

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