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👉🏻 In this video I am testing 8mm diameter filament gripping gears versus 18mm ones. A way bigger surface area should provide more consistent control and prevent filament slip and deformation on high-flow hotends resulting in a more consistent extrusion. I will show max flow rate comparisons, a microscope shot of how filament looks when heavily forced through the hotend, and compare print quality between BMG vs HGX Lite extruders.
🧡 Support my work at PATREON - / diyperspective
📋 RELATED ITEMS TO THE VIDEO (Amazon/Ali Affiliate)
- HGX (Oblique gears) Extruder s.click.aliexp... or hs3dprinter.co...
- HGX Lite s.click.aliexp...
- Orbiter V2 s.click.aliexp...
- Digital Microscope LM407-Pro amzn.to/3YckE2O
- JAYO Meta PLA amzn.to/3PxwUGQ
- ANYCUBIC PLA amzn.to/3W3MmwE
- filalab PLA filalab.shop/e...
📷 VIDEO SHOT ON:
- Fuji X-S10 amzn.to/3Zar9BW
📢 OTHER MENTIONED THINGS:
- GJB Test Cube www.printables...
- Helix Test Cube www.printables...
- Cali Dragon www.printables...
🕗 TIMESTAMPS:
00:00 - The problem
00:31 - The surface area
01:08 - Testing setup
01:46 - 8mm gears (BMG)
02:46 - 18mm gears (HGX Lite)
03:46 - 8mm vs 18mm gears print comparison
04:34 - CORRECTION: Amps/Phase is already Amps RMS value (no need to divide by 1.414)
05:35 - Angled teeth on 18mm gears
06:13 - Aluminum vs Plastic frame extruder
06:28 - Final thoughts
🔗 YOU CAN FOLLOW ME:
Twitter: / diyperspective
Instagram: / diyperspective
#3dprinting #filament #extruder