is this fan solution more quiet than the stock version? 

Mechming

I bought the plug and play cable and works like its intended. the bracket for the fan could be a little more sturdy on the arms after seeing the results with the (white) PETG printed version but came out ok and was 100% usable. when I reprinted with (black) PET-CF, the bracket is still a little flimsy on the arms but the rest of the bracket  is robust and fits  good and snug. Thanks for the share! 

user_3013372388

OldSalty3D

0.16mm layer, 2 walls, 15% infill

austinborunda

cover

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Stan S. Stanman

I've only been printing with my Bambulab P1S for a week. This is my first print with PETG and also the first with supports.The original profiles to print with PETG have worked very poorly for me, so I have customized it until I achieved a result that I am quite proud of.First of all, I have loaded DrkPxl's “Bambu Tuned PETG Basic” profile from <a target="_blank" rel="noopener noreferrer" href="https://drkpxl.com/bambu-labs-filament-profiles/">HERE</a> (it works great!)Then, I made these modifications to the “0,16mm Optimal @BBL X1C” process:STRENGTH:&nbsp; Top/bottom Shells:&nbsp; &nbsp; Internal solid infill pattern: Monotonic&nbsp; Sparse infill:&nbsp; &nbsp; Sparse infill pattern: GyroidSPEED:&nbsp; Other layers speed:&nbsp; &nbsp; Outer wall: 20&nbsp; &nbsp; Inner wall: 200&nbsp; &nbsp; Sparse infill: 200&nbsp; &nbsp; Internal solid infill: 200&nbsp; &nbsp; Top surface: 150&nbsp; &nbsp; Bridge: 50&nbsp; &nbsp; Gap infill: 150&nbsp; &nbsp; Support: 100&nbsp; Acceleration:&nbsp; &nbsp; Normal printing: 2000&nbsp; &nbsp; Outer wall: 2000&nbsp; &nbsp; Top surface: 1000SUPPORT:&nbsp; Support:&nbsp; &nbsp; Enable support: activated&nbsp; &nbsp; Type: Tree (auto)&nbsp; &nbsp; On build plate only: activated&nbsp; Filament for supports:&nbsp; &nbsp; Support/raft interface: I selected a PLA spool (my part was going to be printed in PETG)&nbsp; Advanced:&nbsp; &nbsp; Top Z distance: 0&nbsp; &nbsp; Buttom Z distance: 0&nbsp; &nbsp; Base pattern spacing: 2&nbsp; &nbsp; Top interference layers: 3&nbsp; &nbsp; Interface pattern: rectilinear&nbsp; &nbsp; Top interface spacing: 0&nbsp; &nbsp; Support/object xy distance: 0,5OTHERS:&nbsp; Prime tower:&nbsp; &nbsp; Enable: deactivated&nbsp;After this, I adjust the flushing volumes between my Bambulab PETG Basic spool and my Bambulab PLA Basic spool and vice versa. I selected 800.&nbsp;And that's it! I suppose that a more experienced user will be able to better adjust the speeds, etc., but all these adjustments have helped me to learn a lot about how the Bambulab Studio works with quite decent results.&nbsp;&nbsp;

P1P/P1S/X1C - 60mm Noctua MCU fan upgrade / install (Bambu Lab)&nbsp;I designed this as I enclosed my P1P and Bambu recommends an MCU ( main control unit or board ) fan once enclosing the printer. The factory bambu MC fan is tiny, loud, and positioned in such a horrible way. This bracket allows you to mount a 5V PWM 4-PIN 60mm Noctua fan in an optimal location allowing the fan to blow on the entire MC board and stepper drivers cooling off the entire unit.

Noctua fan mount for MC board

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