3D Printer Fan Hub Controller for CTC Flashforge Replicator 3d models

I crafted a custom fan controller and mounting system for my Replicator-Clone printer, designed to accommodate up to five standard 12V PC fans. This versatile design can be adapted for various printers, but was specifically tailored for my...

I built a custom fan controller for up to five standard 12V PC fans that should work well with various printers, but I specifically designed it for my Replicator Clone. The Aerocool F5XT fan controller was the perfect choice:...

It should fit many different printers, but I designed it for my Replicator-Clone. The Fan controller I used was the Aerocool F5XT: http://www.aerocool.com.tw/en/fan-controller/single-bay/f5xt The circuit board can be loosened very easy and the...

I built an internal and manual fan controller for up to 5 standard 12V PC-Fans. It should fit many different printers, but I designed it for my Replicator-Clone. The Fan controller I used was the Aerocool...

This setup should fit various printers, but it was specifically created for my Replicator-Clone. The Aerocool F5XT fan controller, available at http://www.aerocool.com.tw/en/fan-controller/single-bay/f5xt, was used in this project. The circuit board...

This modification should be compatible with any Replicator 2x clone, including CTC, PowerSpec, FlashForge, and more. REV_1.0: Change: Duct thinned, fan moved back Result: Air flow was not as good as the original design but better than the first...

The left hotend has around 1 mm play for hight-adjustment. Update 07.02.2016 I just added a .rar with all released models as .stp-files Print instructionsCategory: 3D Printers Print Settings Printer: CTC 3D Rafts: No Supports: Yes Resolution: 0.2...

Update: I just added a .rar file with all released models as .stp files Printer Settings: * Printer: CTC 3D * Rafts: No * Supports: Yes * Resolution: 0.2 * Infill: 25%, 4 Shells Notes: I only used support on the bridge part to keep the mounting for...

Update February 7, 2016 I just added a .rar with all released models as .stp files Print Settings Printer CTC 3D Rafts No Supports Yes Resolution 0.2 Infill 25%, Four Shells Notes I only used support on the bridge part to keep the mounting for the...

Printer Settings: CTC Bizer is what I used. - Rafts: Honestly, it didn't matter much either way. - Supports: They weren't necessary at all. - Resolution: The chosen value was 0.2 mm. ...- Infill: I opted for 10%, which ended up being the perfect...

Printer: CTC Dual Rafts: No Supports: Yes Resolution: .25 Infill: 60% Notes: Supports are only needed for the mount point - so if you're using S3D, just add them in manually there (where there is a 90 degree overhang). ...Everywhere else should be fine...

To assemble the mount, you'll need four M3 nuts, two M3x30 screws (the style of the head doesn't matter, but the designs are specifically for countersunk), two to four screws to secure the 40 mm fan, two M3x20 screws to attach the entire thing to...

For assembly you will need 4 M3 nuts, 2 M3x30 screws (head-style doesn't matter, but the designs are for countersunk), 2-4 screws to mount the 40 mm fan, 2 M3x20 screws to mount the whole thing to the extruder carriage and one push-in fitting for...

As for performance, I found that my nozzle and power supply can only maintain an equilibrium temperature of around 224 C due to the blower fan's high airflow. However, this has not affected my prints, which are still turning out great. Don't worry...

... so rapidly that thermal security measures kick in and halt the print process. Assembling this component is straightforward; just two M3 bolts are required. Before securing them, drill holes for the M3 or M4 screws that attach to the turbine fan.

Another upgrade item for your Replicator-like 3D printer. These are high feet for the lower corners of your 3D printer. It's a remix of the basic version. ... better printable threads with less overhang. ... thicker walls, so they make a tight fit...

I built this mounting bracket specifically to fit snugly into the front corner of my CTC 3D printer, using durable 3M double-sided tape for secure adhesion. Designed to sit seamlessly in the corner, it creates a flat surface angled at precisely 45...

I actually loved MacNite's E3D mount for the Replicators, and it works flawlessly as is, but I didn't want to use 10mm deep fans since my 20mm ones are extremely quiet. So, I remixed it to accommodate 20mm fans. Also, I added a center channel for...

... Replicator or a Clone Like the CTC 3D Printer, Wanhao, or FlashForge Creator. ... Attach a Logitech webcam to your MakerBot Replicator or clone of it like the CTC 3D printer, Wanhao, or Flashforge creator using an adjustable arm and clamp system.

... easier printing in ABS to minimize warping. Print Settings Printer: CTC 3D Rafts: Doesn't Matter Supports: Yes Resolution: 0.2 mm Infill: 25 %, 4 Shells Notes: The support is crucial for the "grooves" which hold the brackets on the printers frame.

This accessory lets you attach a 30mm-hole spool to a CTC or Flashforge 3D printer. It's my first SketchUp drawing attempt, with more photos coming soon. Check out this video: http://youtu.be/B6HgoJb__j8 For assembly, print the NUT thrice - once for...

This extensive redesign was done with great care over many hours to accommodate a 50mm fan in Replicator 1 / Duplicator 4 / FlashForge / CTC printers. It's tailored specifically for my Flash Forge Creator Pro, but should also work seamlessly with...

to apply blue tape, capton tape). The bottom bracket has slots so you can adjust it to different fittments (CTC doesn't have the best quality crontol). I run all my additional fans of a PC fan-controller I build in my printer, I power it from an...

Print instructionsCategory: 3D Printer Accessories Print Settings Printer: CTC 3D Rafts: Doesn't Matter Supports: Yes Resolution: 0.2 mm Infill: 25 %, 4 Shells Notes: The support is importent for the "grooves" which hold the brackets on the printers...

I'm modifying the spring-loaded replicator for optimal efficiency, using only parts that came with my printer to minimize purchases. I've removed the peg and expanded the bearing space to accommodate the larger bearing supplied with my machine - a...

hub connector to power a series of fans that allows me to extract hot air from my box to keep a constant temperature.

The text appears to be a set of instructions for printing the ActiveDuctV2.0 with an FDM 3D printer, specifically designed for printing ABS filament. Here are some key points mentioned in the text: **Design Requirements** * The duct has very fine...

Models for printing: 1x Filament Feeder Head Support (3D Printed) 2x Dust Filters (3D Printed) 1x Active Cooling Fan Duct (3D Printed) Additional Parts needed: 2x M3-0.5 60mm, Class 12.9 Alloy Steel Internal Hex Socket Cap Screws 2X M3-0.5...

I designed an LCD 12864 Mount for CTC FlashForge or Makerbot. I built this when I upgraded my mightyboard to RUMBA for a diamond hotend. ... The mount is constructed from three components: Cover --- obudowa_LCD.STL Reset Button ---...

4 Sand and Cut the Coffee Stirrers Then Insert Them into the Holes, Put the Front One in First About This Active Cooler Was Designed for Use with the CTC Clone of the Original Makerbot Replicator 1 / Flashforge Creator. This Active Cooler Started...