gpu heatsink 3d models

##Stroy [Article](https://www.hackster.io/malykhind/scout-webrtc-controlled-robot-bae376) [How-to add it to the roboportal](https://www.youtube.com/watch?v=t3gvq9tWvW0&t=32s) ## Powered by roboportal.io [Pi Code and...

Although it wastes more filament because the cut-off remains in the heatsink/heatblock/nozzle until it gets purged out by the following filament, it makes tool swapping a lot less frightening (because of jams in the tube/heatbreak, which you have...

It may be better to attach the fan prior to clipping to the heatsink has the fan fixings will reinforce the part I have found the additional clip enhancements for the Dragon provides improved grip to the V6 heat sink. I have not yet tested...

A 30mm fan is mounted behind the heatsink to aid in cooling. I suggest orienting the fan so that air is pulled through the box and out the fan, thereby sucking heat out while bringing cool air in from the front grill. The control wires are brought...

####Other Parts The Alu-Cooler is made of a simple square-bar (15x15x45mm), bored with 5 holes plus a shorted Heatsink (sawed part of available 40x40x20mm). All other parts have to be purchased, as beeing Pulleys, Fans, (Linear-)Bearings,...

This is a housing for mounting an E3D V6 with a Sherpa mini extruder, 2 5015 blower fans, and 4020 mm heatsink cooling fan to the FLSUN SR printer delta plate. I printed at 100% infill for annealing purposes, but it can be printed at 20-30% infill...

For the heatsink fan, I used the 40mm fan mount from chito's make. I also like'd morfaber's EVA fan duct so I remixed it so I can use it with the main carriage. For the part fan duct, I stretched morfaber's vent so that it'll be inlined with the...

The fan shroud has enough flexibility when using 50% infill (Cura's new gyroid works great!) to mount it to the e3d v6 heatsink. I'm using a genuine e3d v6 gold hotend, and I know that works. However, I cannot confirm whether or not clones will be...

Adding a fan will bring it down to safer 50-55ºC (no heatsink used so far). Mounting this fan support is still a bit fiddly, but I will mature the design to make the installation more convenient Find it here:...

The downside is that the one screw that was used is now behind this heatsink fan, and in order to remove it, the fan has to be removed first... I'll think of a better way to do this. The mounting is also slightly different: I screwed an M3 screw in...

Two-thirds of the airflow goes to the E3D heatsink and one-third is diverted to cool the print. There's no control over the airflow to the print. It's not perfect but it works pretty well and doesn't reduce the build volume of the Solidoodle 3...

Although an Azteeg x5 2.0 might fit, the fan shroud won't properly direct air around heatsinks. The case is designed for a vertical pillar of a Kossel-type delta printer but should work on any printer using 15mm aluminum extrusion. It can also be...

Other parts including links (bear in mind these are just examples – you'll likely find better prices shopping in your local Ebay store): 80mm computer fan...

Update: After 2 weeks of use, the heat from the heatsink and driver was too much and the PETG deformed too much. Using a temperature controlled heat gun, I've reshaped back into the original shape and now testing with a lower powered LED module with...

No holes need to be bored into the shroud for assembly, but the metal "flap" sitting under the heatsink fan needs to be removed by breaking it off (flexing back and forth with pliers until the metal yields) or sawed off (after bending it down). To...

Step 4: Remove the fan and insert the dial so that the tabs slide into the slots in the back of the heatsink. Be cautious not to put force into the gantry, as you don't want to bend it. Step 5: Raise the bed by turning the screw nearest to the...

Motors and Extruders: To 4 pin header: Green > White (1A) Blue > Yellow (1B) Yellow > Black (2A) Orange > Red (2B) For X motor: Red > White (1A) Blue > Yellow (2A) Green > Black (2A) Black > Red (2B) X > X motor Y > Y motor Z > Z motor Extruder > E0...

When installing the main part of the fan duct (part 1) ensure that the heatsink cooling fan wire is ran through the main duct, then being fed into the small hook at the top, this keeps the cable tidy and out of the way without it getting too close...

The hotend is a low-cost J-head with a bowden configuration, modified to allow the Teflon tube to pass through the heatsink and reach the heater block. This design provides superior heat dissipation and minimizes thermal stress on the components. If...

The hotend fan is the stock size 4010 axial fan, but utilising a much more effective ducted arrangement to guide cooling air over the heatsink before exhausting it out sideways away from the print, avoiding any uncontrolled part cooling. The...

No temperature measurements were taken; instead, effectiveness was assessed by sensing with a finger tip to ensure only mild heat-up of the heatsink. Design Steps: I created two 4mm circles at a center-center distance of 48 mm and offset both by 1.5...

There is a hole in the back that allows all cables to be routed behind the heatsink, put of sight. It might affect airflow very minimally but since it's a very tight airduct should be fine. Please do pull all wires through before screwing on stuff,...

Update: Fan for heatsink cooling at 10mm thick should be no issues, but any thicker will cause clearance issues. There are clearance issues on filament cooling fan at 10mm and higher. I am working on a modified version that relocates where this fan...

The chamfer on the bottom mount should face the heatsink, while the chamfer on the top mount should face the flex cable. There are screw holes on the top mount that allow for easy attachment of a fan. ...A 2.5cm fan mount is available here for cooling...

Introduction Bench top power supply built on top of an old TFX 250W power supply (you can probably by one on your local market for about $10-15) The design is inspired by the "Back Horn Speaker V2.0 BL2 - Bluetooth, Active, Passive" by guppyk...

I also replaced the original hotend fan with [two Noctua 40x10mm fans](https://www.amazon.com/gp/product/B009NQLT0M/), one ducted (in push/pull: left side draws in room air, while ducted right side exhausts warm hotend air):...

Attributions / Credits --------------------------- The following is a full list of sources for various components used within this assembly: - Original Predator design by Anycubic - CAD drawings and measurements provided by Matt Sunley - Duet3D...

The mount is designed for the E3D V6 heatsink, the standard 3010 hotend fan and two standard model 4010 fans. It completely replaces the standard metal bracket and fan holder. Key Features: 1. Fastening the belts at the optimal distance from the...

It may be better to attach the fan prior to clipping to the heatsink has the fan fixings will reinforce the part I have found the additional clip enhancements for the Dragon provides improved grip to the V6 heat sink. I have not yet tested...

If concerned, attaching a heatsink to the motor or redirecting air flow upwards can mitigate this effect. 2. This Y-axis motor mount is assembled in a specific order for optimal results: Precondition: Ensure the existing metal L shaped bracket is...