Difference between revisions of "RepRap Prusa Mendel"
From MakeICT Wiki
Jump to navigationJump to searchm |
|||
| Line 24: | Line 24: | ||
This printer is a bit more challenging to use than the others. If you have not been instructed on use, please see one of the people who have (Please see [[User:Dominic Canare|Dominic]], [[User:Tom McGuire|Tom]], [[User:Christian Kindel|Christian]], or [[User:James Lancaster|James L]], or ask questions on the mailing list.) | This printer is a bit more challenging to use than the others. If you have not been instructed on use, please see one of the people who have (Please see [[User:Dominic Canare|Dominic]], [[User:Tom McGuire|Tom]], [[User:Christian Kindel|Christian]], or [[User:James Lancaster|James L]], or ask questions on the mailing list.) | ||
| − | |aquisition = The 3D printing Special Interest Group made the modified Mendel Prusa printer for MakeICT. The printer's plastic parts were created on a member's Mendel Prusa which was built from a Makergear kit. The printer's electronics are a Arduino Mega and a Ramps shield. The Ramps shield was made at MakeICT using the toner transfer method, and the soldering was done by another member. The bed, unlike most 3D printers, is actually an aluminum bed with clamps. The holes were cut twice. Once by hand, and once on the V90 router, for precise drilling. You can see this difference if you look at the bottom of the printer. The belt clamps are also aluminum, which fit into holes on the bed, and were cut on the small CNC mill that resides at MakeICT. Assembly was completed over several Open Hack nights by the 3D printing special interest group. | + | |aquisition = The 3D printing Special Interest Group made the modified Mendel Prusa printer for MakeICT. The printer's plastic parts were created on a member's Mendel Prusa which was built from a Makergear kit. The printer's electronics are a Arduino Mega and a Ramps shield. The Ramps shield was made at MakeICT using the toner transfer method, and the soldering was done by another member. The bed, unlike most 3D printers, is actually an aluminum bed with clamps. The holes were cut twice. Once by hand, and once on the V90 router, for precise drilling. You can see this difference if you look at the bottom of the printer. The belt clamps are also aluminum, which fit into holes on the bed, and were cut on the small CNC mill that resides at MakeICT. Assembly was completed over several Open Hack nights by the 3D printing special interest group. As of June 23, 2016, the firmware was updated and the configuration.h is available for reference here:[[RepRap_Prusa_Mendel_Configuration]]. |
}} | }} | ||
Revision as of 17:12, 23 June 2016
| RepRap Prusa Mendel | |
|---|---|
 {{{imageCaption}}} | |
| Technical Specifications | |
| Build Volume | 180 x 180 x 100ish mm |
| Filament Types | PLA |
| Filament Sizes | 1.75mm |
| X/Y Resolution | 0.125 mm |
| Z Resolution | .0039 mm |
| Nozzle Diameter | 0.35 mm |
| Max Nozzle Temperature | 250 C° C |
| Heated Bed | No |
| Max Bed Temperature | N/A° C |
| Additional Information | |
| User Manual | Reprap Prusa Mendel Build Manual MASTER V2 Reduced.pdf |
| Website | RepRap Website |
Contents
Features
This printer is the best to use for flexible filaments (such as ninjaflex) due to having the extruder mounted directly to the nozzle.
Access Policy
See 3D Printing for access policy.
Use
This printer is controlled through the software Pronterface running on the attached computer.
This printer is a bit more challenging to use than the others. If you have not been instructed on use, please see one of the people who have (Please see Dominic, Tom, Christian, or James L, or ask questions on the mailing list.)
Acquisition
{{{acquisition}}}
