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Kobra X Low Vibration Spool System – 3D printable model from MakerOnline MakerOnline
Kobra X Low Vibration Spool System – Bild 1 Kobra X Low Vibration Spool System – Bild 2 Kobra X Low Vibration Spool System – Bild 3 Kobra X Low Vibration Spool System – Bild 4 Kobra X Low Vibration Spool System – Bild 5
3D Printer

Kobra X Low Vibration Spool System

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MAX Your Kobra X – The Ultimate Kobra X Low Vibration Spool System Stop hanging kilos of filament on your printer frame. Start printing like quality actually matters. This design transforms your Kobra X into a low-vibration, filament-optimized, fully modular printing system—built for performance, not compromise. What makes this different? Most filament holders solve one problem. This system solves the ones that actually matter: • ❌ Frame vibrations • ❌ Poor filament routing • ❌ Messy workspace • ❌ Unstable spool mounting Key Advantages Lower Center of Gravity = Better Prints • Floor-mounted system removes load from the frame • Significantly reduced gantry vibrations • Cleaner surfaces and improved layer consistency—especially on taller prints Engineered, not just styled The futuristic design is a byproduct of function The waffle structure provides: • High strength with reduced material usage • Lower weight with maximum stiffness • A clear visual match to the Kobra X “X-style” design language This is not decoration. This is structural efficiency. Smart Storage Concept Dual drawer system instead of unnecessary complexity • Both sides feature integrated drawers • One side with top access opening: → Quickly drop in small parts without opening the drawer • The vertical opening in the center wall also serves as a handle for better handling • Second drawer: → Classic storage for tools and accessories • Smooth, accessible, practical Designed for Real-World Use Fast spool changes • Individual locking shafts for each spool • Insert → rotate → lock • Release via lever → swap in seconds Zero Printer Modding • Uses existing frame openings • No drilling, no cutting • Fully reversible Efficient and robust construction Material usage for one side (2 spools): • ~530 g base (support-free) • ~30 g levers (2x, support-free) • ~9 g filament guide (support-free) • ~45 g tool container (+ supports if needed) Optimized for strength AND material efficiency Why this design stands out Because
Category
3D Printer
Source
MakerOnline
Published
Updated
What you need to print this: Intermediate Low confidence
Why?
no supports · significant post-processing
Support-free
Supports 0/3
Assembly 2/3
Settings 1/3
Bed size 0/3
Post-process 2/3
Printer
FDM / FFF
File format
STL
Material
Post-processing
Sanding, Gluing
Software
Cura, PrusaSlicer, or similar
Same designer, more platforms

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