Open Source High Temperature 3D Printer

OSE is developing an open source high temperature 3D printer. Its particular approach involves an insulated heat chamber where all sensitive components are located outside of this chamber. As such, it can reach up to to 168C using its current choice of PEI heat shield.

Development

Development Template

	Description	Link to Work Product	%
	DESIGN
1	Requirements + Value Proposition	Open Source High Temperature 3D Printer Requirements + Value Proposition	10
2	Industry_Standards	Open Source High Temperature 3D Printer Industry Standards	5
3	Conceptual Design	Open Source High Temperature 3D Printer Conceptual Design	10
4	Module Breakdown	Open Source High Temperature 3D Printer Module Breakdown	0
5	3D CAD	Open Source High Temperature 3D Printer 3D CAD	0
6	Calculations	Open Source High Temperature 3D Printer Calculations	0
7	Electronics Design	Open Source High Temperature 3D Printer Electronics Design	0
8	Wiring and Plumbing	Open Source High Temperature 3D Printer Wiring and Plumbing	0
9	Software	Open Source High Temperature 3D Printer Software	0
	BILL OF MATERIALS
10	BOM	Open Source High Temperature 3D Printer BOM	0
11	vBOM	Open Source High Temperature 3D Printer vBOM	0
12	CAM Files	Open Source High Temperature 3D Printer CAM Files	0
13	Cut List	Open Source High Temperature 3D Printer Cut List	0
	BUILD
14	Build Instructions	Open Source High Temperature 3D Printer Build Instructions	0
15	Fabrication Drawings	Open Source High Temperature 3D Printer Fabrication Drawings	0
16	Exploded Part Diagram	Open Source High Temperature 3D Printer Exploded Part Diagram	0
17	Production Engineering	Open Source High Temperature 3D Printer Production Engineering	0
	DATA COLLECTION
18	Build Pictures and Video	Open Source High Temperature 3D Printer Build Pictures and Video	0
19	Data Collection	Open Source High Temperature 3D Printer Data Collection	0
20	Future Work	Open Source High Temperature 3D Printer Future Work	0