Difference between revisions of "Logresse 2"

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{{Projekt
{{Projekt
|projectname=Logresse 2
|projectnameES=Logresse
|projectnameDE=Logresse 3
|kewords=3D printer
|subcat=3D printer
|Images={{ProjektImages
|Images={{ProjektImages
|projectimage=TUB.88.1.jpg
|projectimage=TUB.88.1.jpg
Line 16: Line 11:
|projectimage=TUB.88.5.png
|projectimage=TUB.88.5.png
}}
}}
|subcat=3D printer
|projectname=Logresse 2
|projectnameES=Logresse
|projectnameDE=Logresse 3
|kewords=3D printer
|firstin=https://www.logre.eu/wiki/Logresse
|firstin=https://www.logre.eu/wiki/Logresse
|desc=La Logresse is a 3D printer from Irobri's(http://www.reprap.org/wiki/P3Steel P3-Steel), a redesign of the(http://www.twelvepro.com/ Twelve Pro), itself based on Josef Prusa's(http://reprap.org/wiki/Prusa_i3 Prusa I3). Leonardo, the first version of the P3-Steel was built in April 2013, after Irobri attended a Maker Show in Zaragoza (Spain). Its frame, made of 3mm thick laser-cut steel sheet, ensures excellent rigidity and limits the use of printed plastic parts. The assembly of the chassis and adjustments are made easier by the interlocking of the plates fixed by means of captive nuts, and La Logresse takes all these advantages into account, with even greater rigidity. And by designing additional metal parts, especially those on the X axis and the slide, it further reduces plastic parts. It also provides additional space for power supply, various electronics, etc...
|desc=La Logresse is a 3D printer from Irobri's(http://www.reprap.org/wiki/P3Steel P3-Steel), a redesign of the(http://www.twelvepro.com/ Twelve Pro), itself based on Josef Prusa's(http://reprap.org/wiki/Prusa_i3 Prusa I3). Leonardo, the first version of the P3-Steel was built in April 2013, after Irobri attended a Maker Show in Zaragoza (Spain). Its frame, made of 3mm thick laser-cut steel sheet, ensures excellent rigidity and limits the use of printed plastic parts. The assembly of the chassis and adjustments are made easier by the interlocking of the plates fixed by means of captive nuts, and La Logresse takes all these advantages into account, with even greater rigidity. And by designing additional metal parts, especially those on the X axis and the slide, it further reduces plastic parts. It also provides additional space for power supply, various electronics, etc...
|licence=CCBYSA30
|typeproject=TUBerlin
|typeproject=TUBerlin
|project_status=active
|project_status=active
|maturity=PDIY
|maturity=PDIY
|product_category=Business & Industrial
|design_files_pub=yes
|licence=CCBYSA30
|mechanical_licence=CCBYSA30
|mechanical_licence=CCBYSA30
|design_files_pub=yes
|cad_files_editable=yes
|is_cad_editable=no
|assembly_inst_pub=yes
|assembly_inst_pub=yes
|assembly_instructions_editable=yes
|assembly_instructions_editable=yes
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|bill_materials_editable=yes
|bill_materials_editable=yes
|contributing_guide_pub=yes
|contributing_guide_pub=yes
|certificate_requested=No
|product_category=Business & Industrial
}}
}}

Revision as of 10:16, 15 July 2021


Logresse 2

Basic Data

Category: 3D printer

URL (first publication): https://www.logre.eu/wiki/Logresse

Keywords: 3D printer

License: CC BY-SA 3.0

Project status: Active


Technical documentation

Maturity of the project: production / DIY



Assembly instructions are published: Yes

Bill of materials is published: Yes







no

no no



Project management


Open-o-meter: 5

Product category: Business & Industrial


TUB.88.1.jpg

Description

La Logresse is a 3D printer from Irobri's(http://www.reprap.org/wiki/P3Steel P3-Steel), a redesign of the(http://www.twelvepro.com/ Twelve Pro), itself based on Josef Prusa's(http://reprap.org/wiki/Prusa_i3 Prusa I3). Leonardo, the first version of the P3-Steel was built in April 2013, after Irobri attended a Maker Show in Zaragoza (Spain). Its frame, made of 3mm thick laser-cut steel sheet, ensures excellent rigidity and limits the use of printed plastic parts. The assembly of the chassis and adjustments are made easier by the interlocking of the plates fixed by means of captive nuts, and La Logresse takes all these advantages into account, with even greater rigidity. And by designing additional metal parts, especially those on the X axis and the slide, it further reduces plastic parts. It also provides additional space for power supply, various electronics, etc...


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