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Old Title: KIBO K1 DIY Clean Minimal 3D Print Optimized Case

Alternate Title: Minimal Clean Look 3D Print optimized 10.7 L Case

Thanks for looking into my newbie post here!

[MEDIA=googledrive]19REk5nttDCJXQES8QoOzs5EcXQnimolO[/MEDIA]

K2 Concept with lighting and acrylic sidepanels

This will mainly be a DIY Project as for now
The primary production process would be 3D Printing / CNC

I am planning this Project as a design series:
K1 Sandwich-SFF-Case ~10L
K2 Sandwich-Showcase ~15L
K3 Sandwich-Space-optimized <9L

For the near future I plan on putting together "hardware kits"(Screws and acrylic panels) and STL-files
[HR][/HR]

Introduction
With the 3D printing community growing in size and Printers getting more affordable,
I have seen many Case Projects aiming for modularity and space efficiency.
What was missing for me were clean designs with clean Surfaces and full length GPU support.
I am not saying, that my design will be flawless.

I am aiming for the following design features:
- lightweightness (<1kg)
- modularity in the sense of mobility (hotswap modules, fan & filter modules)
- standardization of core elements for future modding

[MEDIA=googledrive]14BCRXfAWmMhfAqCudoDT1nJqytaX-BwL[/MEDIA]

K2 Concept Fan-module

What „3D Print Optimized“ means:
- Support-structure used sparingly (edited)
- Printable with most FDM-Printers (minimum Printsurface: 200x200mm)

With my Goals set up, I went to the drawing board and started the design process.
[HR][/HR]

K1 9.8

The following are the features of my current K1 2. iteration, I am most proud of:

- Printable with most FDM-Printers (minimum Printsurface: 200x150mm)
- full size 2 Slot GPU (max 140x64x300mm)
- fits the most of the 240mm Radiators regardless of thickness (max width & length 124x282)

- Size: 145x315x215mm ~9.8L
- with these measurements it would fit perfectly into my Muji magazine organizer for a much cleaner look

[MEDIA=googledrive]12yuZfezO65rVX531xn43MCzFtt84hTpM[/MEDIA]
[MEDIA=googledrive]14V0iDbHWx5Dv5h8AZW4_GlDL1dgaM-lL[/MEDIA]

List of materials:
- <1kg Filament
- 40 M3x6 + 40 M3x10 + 40 M3x20 countersunk screws
- optional acrylic sidepanels (2x 290x190x3mm) save 110g Filament per panel
Note: tempered glass is too expensive for a small volume Run, but u can find scratch resistent acrylic panels
[HR][/HR]
I am open for constructive criticism and discussion
[/SPOILER]

<blockquote data-quote="Kiborato" data-source="post: 248449" data-attributes="member: 26600">[SPOILER=&quot;Old post&quot;]Old Title: KIBO K1 DIY Clean Minimal 3D Print Optimized CaseAlternate Title: Minimal Clean Look 3D Print optimized 10.7 L CaseThanks for looking into my newbie post here![MEDIA=googledrive]19REk5nttDCJXQES8QoOzs5EcXQnimolO[/MEDIA]K2 Concept with lighting and acrylic sidepanels<h3>This will mainly be a DIY Project as for now</h3>The primary production process would be 3D Printing / CNCI am planning this Project as a design series:K1&nbsp;&nbsp; Sandwich-SFF-Case ~10L
K2&nbsp;&nbsp; Sandwich-Showcase ~15L
K3&nbsp;&nbsp; Sandwich-Space-optimized &lt;9LFor the near future I plan on putting together &quot;hardware kits&quot;(Screws and acrylic panels) and STL-files[HR][/HR]<h3>Introduction</h3>With the 3D printing community growing in size and Printers getting more affordable,I have seen many Case Projects aiming for modularity and space efficiency.What was missing for me were clean designs with clean Surfaces and full length GPU support.I am not saying, that my design will be flawless.I am aiming for the following design features:- lightweightness (&lt;1kg)- modularity in the sense of mobility (hotswap modules, fan &amp; filter modules)- standardization of core elements for future modding[MEDIA=googledrive]14BCRXfAWmMhfAqCudoDT1nJqytaX-BwL[/MEDIA]K2 Concept Fan-module What „3D Print Optimized“ means:- Support-structure used sparingly (edited)- Printable with most FDM-Printers (minimum Printsurface: 200x200mm)With my Goals set up, I went to the drawing board and started the design process.[HR][/HR]<h3></h3><h3>K1 9.8</h3>The following are the features of my current K1 2. iteration, I am most proud of:- Printable with most FDM-Printers (minimum Printsurface: 200x150mm)- full size 2 Slot GPU (max 140x64x300mm)- fits the most of the 240mm Radiators regardless of thickness (max width &amp; length 124x282)- Size: 145x315x215mm ~9.8L- with these measurements it would fit perfectly into my <a href="https://www.mujionline.eu/uk/ppboxfilegreywide/p">Muji</a> magazine organizer for a much cleaner look[MEDIA=googledrive]12yuZfezO65rVX531xn43MCzFtt84hTpM[/MEDIA][MEDIA=googledrive]14V0iDbHWx5Dv5h8AZW4_GlDL1dgaM-lL[/MEDIA]List of materials:- &lt;1kg Filament- 40 M3x6 + 40 M3x10 + 40 M3x20 countersunk screws- optional acrylic sidepanels (2x 290x190x3mm) save 110g Filament per panelNote: tempered glass is too expensive for a small volume Run, but u can find scratch resistent acrylic panels[HR][/HR]I am open for constructive criticism and discussion[/SPOILER]</blockquote>

[QUOTE="Kiborato, post: 248449, member: 26600"] [SPOILER="Old post"] [I]Old Title: KIBO K1 DIY Clean Minimal 3D Print Optimized Case Alternate Title: Minimal Clean Look 3D Print optimized 10.7 L Case[/I] Thanks for looking into my newbie post here! [MEDIA=googledrive]19REk5nttDCJXQES8QoOzs5EcXQnimolO[/MEDIA] [I]K2 Concept with lighting and acrylic sidepanels[/I] [HEADING=2][U][B]This will mainly be a DIY Project[/B][/U][I] as for now[/I][/HEADING] The primary production process would be 3D Printing / CNC I am planning this Project as a [U][B]design series[/B][/U]: [INDENT][B]K1[/B] Sandwich-SFF-Case ~10L[/INDENT] [INDENT][B]K2[/B] Sandwich-Showcase ~15L[/INDENT] [INDENT][B]K3[/B] Sandwich-Space-optimized <9L[/INDENT] For the near future I plan on putting together "[U]hardware kits[/U]"(Screws and acrylic panels) and [U]STL-files[/U] [HR][/HR] [HEADING=2]Introduction[/HEADING] With the 3D printing community growing in size and Printers getting more affordable, I have seen many Case Projects aiming for modularity and space efficiency. What was missing for me were clean designs with clean Surfaces and full length GPU support. I am not saying, that my design will be flawless. I am aiming for the following design features: - lightweightness (<1kg) - modularity in the sense of mobility (hotswap modules, fan & filter modules) - standardization of core elements for future modding [MEDIA=googledrive]14BCRXfAWmMhfAqCudoDT1nJqytaX-BwL[/MEDIA] [I]K2 Concept Fan-module What „3D Print Optimized“ means:[/I] - Support-structure used sparingly (edited) - Printable with most FDM-Printers (minimum Print[I]surface[/I]: 200x200mm) With my Goals set up, I went to the drawing board and started the design process. [HR][/HR] [HEADING=2][/HEADING] [HEADING=2][B]K1 9.8[/B][/HEADING] The following are the features of my current [B][I]K1[/I][/B] 2. iteration, I am most proud of: - Printable with most FDM-Printers (minimum Print[I]surface[/I]: 200x150mm) - full size 2 Slot GPU (max 140x64x300mm) - fits the most of the 240mm Radiators regardless of thickness (max width & length 124x282) - Size: 145x315x215mm ~9.8L - with these measurements it would fit perfectly into my [URL='https://www.mujionline.eu/uk/ppboxfilegreywide/p']Muji[/URL] magazine organizer for a much cleaner look [MEDIA=googledrive]12yuZfezO65rVX531xn43MCzFtt84hTpM[/MEDIA] [MEDIA=googledrive]14V0iDbHWx5Dv5h8AZW4_GlDL1dgaM-lL[/MEDIA] List of materials: - <1kg Filament - 40 M3x6 + 40 M3x10 + 40 M3x20 countersunk screws - optional acrylic sidepanels (2x 290x190x3mm) save 110g Filament per panel Note: tempered glass is too expensive for a small volume Run, but u can find scratch resistent acrylic panels [HR][/HR] I am open for constructive criticism and discussion [/SPOILER] [/QUOTE]

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