Upgraded DXC Extruder for Creality K1/K1C/K1 Max/K1 SE 3D Printer with Smart Filament Break Detection, Support Smooth & Stable Feeding, 60% Filament Wear Rate Reducing K1 Series DXC Extruder

TEWIRROW Phaetus DXC extruder for Creality K1, K1C, K1 MAX, K1 SE 3D Printers with RNC Coated Dual Gear Helical Feeding Mechanism and Anti-Slip Filament Feeder

• 【Plug-and-Play K1 Series Extruder 】The extruder is designed for seamless integration with Creality K1, K1 Max, K1 SE, and K1C 3D printers. It works immediately without the need for firmware modifications or flashing. (Note: It is not compatible with printers modified with multi-color systems.)
• 【Helical Gear System】An innovative U-shaped helical gear uses spiral teeth to grip the filament progressively, with multiple teeth engaged at once. This design of this k1c extruder reduces filament wear by 60% and minimizes deformation marks compared to traditional gears.
• 【Dual-Gear Drive】 A synchronized dual-gear system doubles the contact area with the filament. This provides the k1c dxc extruder a superior grip that effectively prevents slippage, ensuring continuous and stable feeding for consistent prints.
• 【Adaptive Pressure Control】The rocking arm automatically adjusts its pressure to accommodate filaments of different hardness levels. This ensures a stable output, making it ideal for switching between various materials and multi-material printing.
• 【Open Cooling Architecture】 An open structure with enhanced airflow improves this K1 extruder internal heat dissipation. This significantly reduces the risk of "heat creep," which can cause clogs and printing failures, especially with high-temperature materials.
• 【Patented RNC Ultra-Wear-Resistant Coated Gears】HV3300 ultra-wear-resistant coating extends the K1 Series extruder parts service life by 3X compared to standard gears.
• 【Smart Filament Detection】A sensor is positioned close to the extruder to monitor filament feed in real-time. It detects jams before printing starts and filament breaks during a print, minimizing waste, improving efficiency, and reducing mess.