fan duct for noctua nh d15 in combination w tall memory modules 3d models

A clever accessory for a 30mm fan, allowing it to be quickly stacked on top of an E3D stock fan. ...This thoughtful design prevents hot air from interfering with print quality or nozzle temperature, while also safeguarding against accidental insertion...

An easy-to-use adapter is available for a 30mm fan, which helps maintain a cool temperature for the extruder while preventing overheating issues.

Low-lying overhanging fan vent.

A custom fan duct for my trusty UN3F 5015S squirrel fan has been a game-changer in keeping my prints perfectly cooled. ...I simply snap it into place without needing to worry about any screws getting in the way.\nInstalling this fan with its duct has...

This shroud fits NumberSix's X-Carriage Fan Mod, the standard Mendel90 wades extruder, RalphHiltons part-cooling fan and the E3D v6 hotend. I've made another version for the Greg's Wade reloaded extruder: https://www.thingiverse.com/thing:3609489...

A specially designed adapter allows you to hook up a common 40mm cooling fan directly into the Cobra venting system. ...Perfectly suited for the Wanhao Duplicator i3 V2.

Designed for an inlet slot on Ramsey STE3000F to improve airflow to the enclosure. ...Fits 120mm fans that can be stacked on top of each other.

Another 30mm fan mount designed for optimal heat dissipation, mirroring the concept behind this innovative design: https://www.thingiverse.com/thing:120249

This should print fine without supports. ... I designed it for these fans, but it may work with others. ... https://www.amazon.com/gp/product/B0BKKG1ZND

This is a custom fitting adapter designed specifically for a 25mm cooling fan to be used with the J-head MK V.

Blower fan duct for a 40x20mm Blower Fan (stock CR10S Pro Fan) for the Hemera E3D Extruder

This is a custom fan mount designed for dual bowden extruders produced by eMotion-tech. I opted to utilize their mounting system while seeking an alternative method to secure the fans. Since my E3Ds don't come equipped with standard cooling systems,...

The inlet I designed will hopefully fix this by forcing the air into the blades of the centrifugal fan, thus increasing the fan's cfm. ... Print Settings and Orientation Print with the fan facing downwards Tree support Any infill at least 30% 0.2mm...

The actual fan duct can be found here for free downloading (no registration required): https://www.prusaprinters.org/prints/49684 I'm not claiming to reach the same amount of part cooling that may be possible with the much more complex upgrades, but...

... is silent (with dc-dc step down on PSU fan). And cooling is also efficient. The idea of hitoriblog was good, but not well implemented. For the duct of the blower I prefer the one made by HIRAMEte0r https://www.thingiverse.com/thing:5222192

Installing the TMC2130 drivers has resulted in unusually high temperatures on my stepper motors, prompting me to take immediate action by attaching 40mm fans to mitigate this issue. ...Notably, the y-axis fan is inadvertently directing its airflow...

... attached to its mounting point by means of a single M3 screw. ...To ensure optimal airflow, I've opted for a longer screw that extends beyond the hot end fan component, which can be found at the following link: https://www.thingiverse.com/thing:2617245

A 40mm fan is compatible with Lulzbot Prusa, securing the X belt using a fan mount. Included are Alibre PE source files. MendelMax 1.5+ kits along with printed components can be purchased from www.ultibots.com. ...For an enjoyable experience, simply...

... Initial Post: This has not been tested yet and requires a 5015 blower fan for functionality. ...Printing "supp_50x50_fan.stl" from https://www.thingiverse.com/thing:3205029 is also necessary to complete the setup.

A remix of the Fan Tunnel model is being created, tailored specifically for Cube 2. It's also been enhanced with a connecting piece used to attach the tunnel directly to the hot end mount. Print Settings: Printer: FrankenCube Rafts: No Supports: No...

Intro ===== I really like my Artillery Hornet, as it is my first 3D printer ; however, the fans on the Artillery Hornet are quite weak, and the default duct does not a good job at directing the air flow where it should. This gave me some poor...

... The file for Fusion360 is attached, in case you want to modify it, as well as the Simplify3D Slicer file with the print settings. We recommend printing at 0.2mm layer height, in vertical position, without supports. I hope you find it useful.

To build this modification, you'll need: Five 3mm x 25mm screws One 3mm x 40mm screw This design is compatible with the stock fan and can be used in conjunction with variously sized screws. ...I've chosen to use the fan listed below, which offers more...

... arms. ...The materials are a perfect combination of tradition and innovation, as well as an expression of responsible and sustainable design conveyed by the use of a low-consumption retrofit LED light source and the eco-friendly cardboard packaging.

What you need for the installation: - Fan: Sunon 50 x 50 x 15 mm MF50151VX-A99 - Screws: M3 x 12, 2 pieces and M3 x 20, 1 piece - Screw nut: M3, 1 piece

Re uploaded after I discovered the original version i made was 10x enlarged due to fusion360. ... removed extra tabs for fitment with the newer cooling fans. removed 90deg overhang. ...made the screw tabs slightly narrower

... subtle modifications to the mouth section and extended it accordingly. To print successfully: 1. You can choose to print this object with or without support structures. 2. For a dual fan setup, mirror your Z-axis to place fan wires on one side.

Custom fan duct for my Creality CR-5 PRO H. Four side air blow. Litle upgrate holder for fan. ...

Down side to the current version is that a) you have to remove the fan to adjust and b) the top of the screw may bump into the fan a little ( get low profile m3s if you can ) Been using this on my bot for a while now. ...Getting great results with it

The operator carefully lengthened the airflow duct to prevent a direct blast of heated air from reaching the thermally sensitive component, thereby averting a potentially catastrophic thermal overload.