Mouse Thigh Bone Holder - Revision history

Ttenbergen at 00:54, 2021 December 3

2021-12-03T00:54:51Z

← Older revision		Revision as of 17:54, 2021 December 2
Line 1:		Line 1:
	{{Project \|		{{Project
	\| shortDescription = ~~Device to position~~ mouse thigh ~~bones in Eppendorf tubes for exctraction of~~ marrow ~~in a centrifuge~~		\|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]] ~~created~~ a ~~stand that~~ fit into standard centrifuge tubes ~~and could~~ be easily and cheaply [[3D printed]].		\|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 = ~~Portfolio;~~ Featured Project		\|skillSet=3D Modelling; 3D Printing
	\| northForge = ~~True~~		\|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.

Ttenbergen at 01:08, 2021 November 30

2021-11-30T01:08:14Z

← Older revision		Revision as of 18:08, 2021 November 29
Line 3:		Line 3:
	\| 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]] created a stand that fit into standard centrifuge tubes and could be easily and cheaply [[3D printed]].		\| 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]] created a stand that fit into standard centrifuge tubes and could be easily and cheaply [[3D printed]].
	\| skillSet = 3D Modelling; 3D Printing		\| skillSet = 3D Modelling; 3D Printing
	\| projectType = Portfolio		\| projectType = Portfolio; Featured Project
	\| northForge = True		\| northForge = True
	}}		}}

Ttenbergen at 21:35, 2021 October 23

2021-10-23T21:35:48Z

← Older revision		Revision as of 14:35, 2021 October 23
Line 7:		Line 7:
	}}		}}

	~~{{TD computer}} needs photos~~
			The customer prepared a package to take this to some trade shows.

			[[File:Mouse Thigh Bone Holder w pamphlet.jpg\|300px]]

Ttenbergen at 16:38, 2021 October 23

2021-10-23T16:38:37Z

← Older revision		Revision as of 09:38, 2021 October 23
Line 1:		Line 1:
	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]] created a stand that fit into standard centrifuge tubes and could be easily and cheaply [[3D printed]].		{{Project \|
			\| shortDescription = Device to position mouse thigh bones in Eppendorf tubes for exctraction of marrow in a centrifuge
			\| 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]] created a stand that fit into standard centrifuge tubes and could be easily and cheaply [[3D printed]].
			\| skillSet = 3D Modelling; 3D Printing
			\| projectType = Portfolio
			\| northForge = True
			}}

	{{TD computer}} needs photos ~~and more...~~		{{TD computer}} needs photos

	~~{{WhatLinksHere}}~~

	[[Category:3D Modelling]]		[[Category:3D Modelling]]

Ttenbergen: Ttenbergen moved page Mouse thigh bone holder to Mouse Thigh Bone Holder without leaving a redirect

2021-10-21T03:58:37Z

Ttenbergen moved page Mouse thigh bone holder to Mouse Thigh Bone Holder without leaving a redirect

← Older revision	Revision as of 20:58, 2021 October 20
(No difference)

Ttenbergen at 04:26, 2021 October 6

2021-10-06T04:26:06Z

← Older revision		Revision as of 21:26, 2021 October 5
Line 1:		Line 1:
	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 created a stand that fit into standard centrifuge tubes and could be easily and cheaply 3d printed.		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]] created a stand that fit into standard centrifuge tubes and could be easily and cheaply [[3D printed]].

	{{TD computer}} needs photos and more...		{{TD computer}} needs photos and more...

Ttenbergen: Created page with "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...."

2021-10-06T01:56:15Z

Created page with "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...."

New page

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 created a stand that fit into standard centrifuge tubes and could be easily and cheaply 3d printed.

{{TD computer}} needs photos and more...

{{WhatLinksHere}}

[[Category:3D Modelling]]
[[Category:3D Printing]]
[[Category:Portfolio]]
[[Category:Prototyping and Integration]]