Description
The Upper Channel serves as the precise entry and routing guide track inside Kobra X's advanced multi-material handling system. When running multi-color prints, individual strands of filament are continuously loaded, retracted, and swapped through dedicated independent paths housed within this top channel assembly.
This module provides the low-friction physical channel alignment needed to keep up to four unique filament lines perfectly organized as they transition from the storage spools into the lower drive gears and feed tubes. Over thousands of automated material swaps, the entry channels can gather microscopic plastic dust, suffer wear from abrasive filaments, or experience alignment clip fatigue. Swapping out a worn channel block with this genuine OEM part guarantees snag-free filament tracking and prevents binding or feeding errors during color handoffs.
Features
Genuine Anycubic OEM Component: Pre-molded to fit perfectly within the native mounting frames and guide loops of the Kobra X ACE GEN2 multi-material matrix.
Low-Friction Material Pathways: Built with ultra-smooth internal guide channels that allow standard 1.75mm filament to pass through freely with minimal drag.
Multi-Channel Filament Alignment: Features separate entry slots to keep multiple filament lines perfectly isolated, preventing strands from tangling or overlapping inside the unit.
Highly Wear-Resistant Formulation: Molded from a durable, high-density polymer blend engineered to withstand the constant friction of abrasive filaments without scoring the channel paths.
Integrated Push-Fit Collet Recesses: Features built-in structural receiver ports for pneumatic couplings, ensuring a secure grip on your PTFE filament guide tubes.
Specifications
Model Number: S010403
Compatible 3D Printer: Anycubic Kobra X
Component Type: Top Routing/Entry Filament Guide Channel Block
Filament Compatibility: Standard 1.75mm filaments (PLA, PETG, ABS, ASA, TPU, etc.)
Chassis Composition: Injection-Molded High-Density Anti-Friction Polymer
Primary Functional Goal: Smooth material tracking and snag-free multi-color loading loops
