Mouse Thigh Bone Holder: Difference between revisions
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{{Project | {{Project | ||
| shortDescription = | |shortDescription=Positioner sleeve for mouse thigh bone marrow extraction | ||
| longDescription = A researcher from the University of Manitoba approached us to find an easier way to prep lab specimens. They needed to extract the marrow from a large number of mouse femurs. This required securing the mouse bone in a standing position in a centrifuge. We [[3D modelled]] | |longDescription=A researcher from the University of Manitoba approached us to find an easier way to prep lab specimens. They needed to extract the marrow from a large number of mouse femurs. This required securing the mouse bone in a standing position in a centrifuge. | ||
| skillSet = 3D Modelling; 3D Printing | |geekery=We [[3D modelled]] a sleeve to fit into standard centrifuge Eppendorf tubes that can be easily and cheaply [[3D printed]] for prototyping. | ||
| projectType = | |skillSet=3D Modelling; 3D Printing | ||
| northForge = | |projectType=Featured Project; Portfolio | ||
|northForge=Yes | |||
}} | }} | ||
The customer prepared a package to take this to some trade shows. | The customer prepared a package to take this to some trade shows. | ||
Latest revision as of 17:54, 2021 December 2
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| Project: | Mouse Thigh Bone Holder (I) | ||||
| Description: | Positioner sleeve for mouse thigh bone marrow extraction | ||||
| Skillset(s) : |
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A researcher from the University of Manitoba approached us to find an easier way to prep lab specimens. They needed to extract the marrow from a large number of mouse femurs. This required securing the mouse bone in a standing position in a centrifuge.
How we did it
We 3D modelled a sleeve to fit into standard centrifuge Eppendorf tubes that can be easily and cheaply 3D printed for prototyping.
The customer prepared a package to take this to some trade shows.
