Uploaded June 2023 | Updated September 2026, 1 week ago
In the process of swapping out my Harbor Freight dust collector's impeller for a 12" Wen version, I was met with an unyielding, stubborn impeller. After exhausting standard removal strategies and trying unsuccessfully to obtain a bearing puller through overnight delivery, I decided to make my own. The big question is: Can a 3D printed plastic part be strong enough to remove a tightly fitted impeller?
Whether you're an experienced woodworker or just interested in innovation, you'll find this episode enlightening, showcasing the potential for 3D printing in solving workshop challenges. I used Blender software for the digital design and a Bambu X1 Carbon for the printing.
My Etsy shop: thesnekkershow.etsy.com
You can download the digital file for this and my other 3d designs on printables: printables.com/@SnekkerShow_887377
Tools and supplies related to this video:
Impeller: wenproducts.com/products/3403-022-turbo-fan-for-wen-3403
Bearing puller kit: amzn.to/3Qb67jh
DeWalt 20V cutoff tool (tool only): amzn.to/30DxTAb
DeWalt 20V angle grinder with battery: amzn.to/3F7EtxP
LENOX diamond cutting wheel: amzn.to/3mb49C8
Klein CL800 clamp meter: amzn.to/3ieWwY8
Klein 69409 Line Splitter: amzn.to/2N9yKBD
Klein CL120 Kit: amzn.to/3bNMa02
Proster Handheld Anemometer: amzn.to/3B07gly
Blender software: blender.org/download
Printer: us.store.bambulab.com/collections/3d-printer
Chapters
0:00 The problem
1:38 The solution?
4:09 First test
5:38 Second test
8:08 Design update
10:32 Third test
12:06 What broke?
13:10 Now what do I do?
15:46 New impeller removal and installation
18:30 Conclusion
#3DPrinting #HarborFreight #DustCollectionUpgrade #WorkshopHacks #Woodworking #ImpellerRemoval
This video is not sponsored. I paid for everything and used my own time. As an Amazon Associate, I may earn a small commission if you use the Amazon links to make a purchase.
In the process of swapping out my Harbor Freight dust collector's impeller for a 12" Wen version, I was met with an unyielding, stubborn impeller. After exhausting standard removal strategies and trying unsuccessfully to obtain a bearing puller through overnight delivery, I decided to make my own. The big question is: Can a 3D printed plastic part be strong enough to remove a tightly fitted impeller?
Whether you're an experienced woodworker or just interested in innovation, you'll find this episode enlightening, showcasing the potential for 3D printing in solving workshop challenges. I used Blender software for the digital design and a Bambu X1 Carbon for the printing.
My Etsy shop: thesnekkershow.etsy.com
You can download the digital file for this and my other 3d designs on printables: printables.com/@SnekkerShow_887377
Tools and supplies related to this video:
Impeller: wenproducts.com/products/3403-022-turbo-fan-for-wen-3403
Bearing puller kit: amzn.to/3Qb67jh
DeWalt 20V cutoff tool (tool only): amzn.to/30DxTAb
DeWalt 20V angle grinder with battery: amzn.to/3F7EtxP
LENOX diamond cutting wheel: amzn.to/3mb49C8
Klein CL800 clamp meter: amzn.to/3ieWwY8
Klein 69409 Line Splitter: amzn.to/2N9yKBD
Klein CL120 Kit: amzn.to/3bNMa02
Proster Handheld Anemometer: amzn.to/3B07gly
Blender software: blender.org/download
Printer: us.store.bambulab.com/collections/3d-printer
Chapters
0:00 The problem
1:38 The solution?
4:09 First test
5:38 Second test
8:08 Design update
10:32 Third test
12:06 What broke?
13:10 Now what do I do?
15:46 New impeller removal and installation
18:30 Conclusion
#3DPrinting #HarborFreight #DustCollectionUpgrade #WorkshopHacks #Woodworking #ImpellerRemoval
This video is not sponsored. I paid for everything and used my own time. As an Amazon Associate, I may earn a small commission if you use the Amazon links to make a purchase.
