October 29 Update: I have rectified the issue where the air nozzle was positioned lower than the original, it now aligns almost perfectly with the original, so I won't be updating the rendering. Additionally, I discovered that printing with ABS results in a significantly lighter final product compared to the original.
The industrial design of the Bambu is commendable, and the intricate design details are well-executed. However, as someone with a penchant for meticulous design, I found the juxtaposition of the棱线 beneath the nozzle shell and the棱线 elements of the air duct rather jarring. This spurred me to revise the design, achieving a harmonious symmetry between the top and bottom. These modifications are purely aesthetic. If you, like myself, are fond of utilizing the original air ducts but possess a meticulous nature, you can print these modifications alongside them. I highly recommend employing the official PAHT-CF materials for this. Alternatively, you can utilize ABS for printing. I have meticulously configured the support and support shielding, and early testing has confirmed their reliability. I have uploaded the fully reconstructed STEP source files for your convenience.
1029 Update: Fixed the problem of the air nozzle being lower than the original, now it's almost the same as the original, so I won't update the rendering, plus I found out that printing with ABS can be a lot lighter than the original.
bambu's industrial design is very good, the details of the design is also in place, but I'm a bit of designer OCD, see the prongs below the nozzle shell and the prongs of the duct elements are not consistent, always feel very awkward, so in order to satisfy my own obsessive compulsive so I designed it to echo the top and bottom, just the appearance of the modification, if you are also very much like to use the original ducts, but also a little bit of OCD, like me, like to be able to Print together, recommended to use the official supplies PAHT-CF supplies, of course, you can also practical ABS printing, about the support and support shielding I have set up, and early are tested without problems. Have uploaded their own completely rebuilt STEP source files.
Note:
1. Dismantling the original air duct can be quite challenging, as the upper casing and the black air duct are secured with glue at the snap points. Therefore, disassembly and replacement require a considerable degree of patience.
2. You will need an M2X2 N52 magnet and another M4X2 N52 magnet.
3. Apply a small amount of adhesive to the magnets, ensuring the magnetic forces are aligned in the same direction.
Attention:
1.The disassembly of the original air duct is not easy, because the upper case and the black air duct have glue at the snap, so disassembling and replacing requires some patience;
2. need a M2X2 N52 magnet; another M4X2 N52 magnet;.
3. and then a little glue drops at the magnet, pay attention to the same direction of the magnetic force;
You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.
Comment & Rating (10)