Roofus

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0.2mm layer, 6 walls, 25% infill

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<figure class="table"><table class="ck-table-resized"><colgroup><col><col></colgroup><tbody><tr><td style="padding: 0cm">Deutsch</td><td style="padding: 0cm">English</td></tr><tr><td style="padding: 0cm"><ul><li>Antivibrationsfüße für Bass-Box</li><li>Einfach nur drunter schieben.</li></ul></td><td style="padding: 0cm"><ul><li>Anti vibration feet for bass speaker box.</li><li>Simply slide underneath.</li></ul></td></tr></tbody></table></figure>&nbsp;Deutsch<ul><li>Meine Soundbox am PC (Logitech Z623) hat zwar einen guten und sehr kräftigen Klang, aber gerade bei Computerspielen werden die Vibrationen gerne auf das Mobiliar übertragen und sorgen für störende Nebengeräusche.</li><li>Dafür habe ich mir dann ein paar Abstandshalter konstruiert, manche würden die auch als Gehäusefüsse bezeichnen. Durch die spiralförmige Federung sollen möglichst wenige Vibrationen übertragen werden, zumal die Endstücke der Füsse, die den Stand bilden, verhältnismäßig klein im Durchmesser sind (14mm).&nbsp;</li><li>Das Ziel wurde erreicht, die übertragenen Vibrationen wurden deutlich vermindert.&nbsp;</li><li>Montage<ul><li>Die Füsse sind paarweise über einen Steg verbunden, so dass je 2 Paare einfach unter die Box geschoben werden. Auf eine Klebung habe ich verzichtet, da die Box normalerweise nicht bewegt wird.</li><li>Einer der Stege ist ca. 22cm lang. Die Box hat eine Tiefe von ca. 23cm.&nbsp;</li></ul></li><li>3D-Druck<ul><li>Von PLA würde ich abraten, da es aufgrund der geringen Flexibilität schnell brechen kann. Besser geeignet ist hier das flexiblere PETG.</li></ul></li></ul>&nbsp;English<ul><li>My soundbox on the PC (Logitech Z623) has a good and very powerful sound, but especially when playing computer games, the vibrations are often transferred to the furniture and cause annoying background noise.</li><li>For this reason, I constructed a few spacers, some would call them cabinet feet. The spiral suspension is designed to transfer as few vibrations as possible, especially as the end pieces of the feet that form the stand are relatively small in diameter (14 mm).&nbsp;</li><li>The goal was achieved, the transmitted vibrations were significantly reduced.&nbsp;</li><li>Assembly<ul><li>The feet are connected in pairs via a bar, so that 2 pairs are simply pushed under the box. I did not glue them together as the box is not normally moved.</li><li>One of the bars is approx. 22 cm long. The box has a depth of approx. 23 cm.&nbsp;</li></ul></li><li>3D print<ul><li>I would advise against using PLA, as it can break quickly due to its low flexibility. The more flexible PETG is more suitable here.</li></ul></li></ul>

<figure class="table"><table class="ck-table-resized"><colgroup><col><col></colgroup><tbody><tr><td style="padding: 0cm">German</td><td style="padding: 0cm">English</td></tr><tr><td style="padding: 0cm"><ul><li>Anti-vibration feet for bass speaker enclosure</li><li>Simply slide them underneath</li></ul></td><td style="padding: 0cm"><ul><li>Anti-vibration feet for bass speaker enclosure</li><li>Simply slide them underneath</li></ul></td></tr></tbody></table></figure>&nbsp;German<ul><li>My PC sound system (Logitech Z623) boasts excellent, powerful audio, yet during computer gaming, vibrations often transmit to the furniture, generating disruptive ambient noise</li><li>To address this, I designed several spacers—some might term them cabinet feet—incorporating a spiral spring mechanism to minimize vibration transfer, particularly given the relatively small diameter (14 mm) of the feet's supporting end pieces&nbsp;</li><li>The objective was attained; transmitted vibrations were markedly reduced&nbsp;</li><li>Assembly<ul><li>The feet are paired via a connecting bar, enabling simple insertion of two pairs beneath the speaker. Adhesion was eschewed, as the speaker remains largely stationary</li><li>One connecting bar measures approximately 22 cm. The speaker's depth is approximately 23 cm&nbsp;</li></ul></li><li>3D Printing<ul><li>PLA is discouraged due to its inherent brittleness and susceptibility to fracture. More pliable PETG is recommended</li></ul></li></ul>&nbsp;English<ul><li>My PC sound system (Logitech Z623) boasts excellent, powerful audio, yet during computer gaming, vibrations often transmit to the furniture, generating disruptive ambient noise</li><li>To address this, I designed several spacers—some might term them cabinet feet—incorporating a spiral spring mechanism to minimize vibration transfer, particularly given the relatively small diameter (14 mm) of the feet's supporting end pieces&nbsp;</li><li>The objective was attained; transmitted vibrations were markedly reduced&nbsp;</li><li>Assembly<ul><li>The feet are paired via a connecting bar, enabling simple insertion of two pairs beneath the speaker. Adhesion was eschewed, as the speaker remains largely stationary</li><li>One connecting bar measures approximately 22 cm. The speaker's depth is approximately 23 cm&nbsp;</li></ul></li><li>3D Printing<ul><li>PLA is discouraged due to its inherent brittleness and susceptibility to fracture. More pliable PETG is recommended</li></ul></li></ul>

German	English
Anti-vibration feet for bass speaker enclosure Simply slide them underneath	Anti-vibration feet for bass speaker enclosure Simply slide them underneath

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