Cost of 3D Printing: Difference between revisions
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*Dr. Joshua Pearce's paper - Feb 2017 - [https://www.academia.edu/31327768/Emergence_of_Home_Manufacturing_in_the_Developed_World_Return_on_Investment_for_Open-Source_3-D_Printers] | *Dr. Joshua Pearce's paper - Feb 2017 - [https://www.academia.edu/31327768/Emergence_of_Home_Manufacturing_in_the_Developed_World_Return_on_Investment_for_Open-Source_3-D_Printers] | ||
*Energy consumption of 3D printing - based on paper above - 1 KwHr/100 grams of print | *Energy consumption of 3D printing - based on paper above - 1 KwHr/100 grams of print | ||
*Another source of energy cost Indicates 5 hours of printing at 50 watt power consumption rate for a 100 gram print. 25 hours total. About 12 cents for this print - factor of 4 lower than Pearce paper regarding energy costs. [http://3dprinthq.com/cost/] | *Another source of energy cost Indicates 5 hours of printing at 50 watt power consumption rate for a 100 gram print. 25 hours total. About 12 cents for this print - factor of 4 lower than Pearce paper regarding energy costs. [http://3dprinthq.com/cost-running-desktop-3d-printer/] and calculator: [http://3dprinthq.com/cost/] | ||
*'''10kwhr/kg - or 50 cents per pound energy of printing cost assuming grid electricity'''. Energy costs are significant. According to Pearce paper. This appears to be way too high. Check calculations. | *'''10kwhr/kg - or 50 cents per pound energy of printing cost assuming grid electricity'''. Energy costs are significant. According to Pearce paper. This appears to be way too high. Check calculations. | ||
*Precious Plastic extruder - energy cost - | *Precious Plastic extruder - energy cost - | ||
Revision as of 19:48, 11 February 2017
Initial
- Dr. Joshua Pearce's paper - Feb 2017 - [1]
- Energy consumption of 3D printing - based on paper above - 1 KwHr/100 grams of print
- Another source of energy cost Indicates 5 hours of printing at 50 watt power consumption rate for a 100 gram print. 25 hours total. About 12 cents for this print - factor of 4 lower than Pearce paper regarding energy costs. [2] and calculator: [3]
- 10kwhr/kg - or 50 cents per pound energy of printing cost assuming grid electricity. Energy costs are significant. According to Pearce paper. This appears to be way too high. Check calculations.
- Precious Plastic extruder - energy cost -
- Cost of ABS resin -
Discussion
In above scenario, cost would be reduced by 2/3 if we went straight from resin to 3D print, without having to make filament. This, if an effective resin feeding system + pellet based extruder were available, this would be a preferred route for large 3D printed objects.
Filament Maker Efficiency
- 5kW for 1 kg in 1 Hr = 25 cents per lb of filament made at 10 cent/kwhr energy cost. [4]