DXC 2 Extruder

DXC 2 Extruder

Patent magnetic snap structure – Screw‑free maintenance, open in 1S

D3vil Fang Cutter System – Precision cutting

• Modular metal frame
• DLC‑coated blades

Dual‑gear precision engagement design

Open‑frame architecture

Self‑adjusting pressure arm

Patented RNC ultra‑wear‑resistant coated gear

Intelligent filament runout detection

1. Revolutionary Maintenance Experience: Magnetic Snap System

• Truly achieves tool-free, screw-less maintenance with its patented magnetic mechanism, moving beyond traditional screw-based fastening.
• The magnetic front plate enables one-click, one-second detachment and reattachment, allowing rapid cleaning and upkeep without any tools.

2. Precision Cutting Solution: Metal Frame Cutting System-D3VIL FANG

1. Modular Metal Frame

• Innovative replaceable blade structure that breaks
• High-rigidity aluminium alloy frame ensures cutting stability while significantly reducing maintenance cost and time.

1. DLC Coated Cutting Blade

• Ultra-hard tool steel blades offer exceptional wear resistance and self-lubrication, specially engineered for high-performance filaments such as carbon fibre.

3. Innovative Design for Stable Extrusion and Smooth Feeding Stable Printing Helical Progressive Engagement: Say Goodbye to Layer Lines, Precision Leap Forward

    Compared to traditional straight-cut gears, it offers more precise filament feeding control, reducing vertical fine artifacts (VFA) and layer lines for higher printing accuracy.

    60% Reduce filament wear rate

1. Helical Gear and U-Shaped Wheel Engagement

      The helical gear system progressively engages the filament through spiral teeth, with multiple teeth simultaneously gripping. This reduces filament wear rate by 60% compared to traditional straight-cut gears and minimises deformation marks caused by gear engagement.

      The larger contact area reduces the chance of filament slipping and ensures stable, vibration-free feeding across long prints.

1. Dual-Gear Precision Engagement

• The synchronised dual-gear system doubles the contact area, effectively preventing filament slippage and ensuring continuous, stable feeding.
• The dual-drive structure enhances precision control over filament advancement, reducing vertical fine artifacts (VFA), zebra banding, and layer lines for superior print accuracy.

1. Adaptive Pressure Rocking Arm

      It automatically adjusts pressure for filaments of varying hardness.

      This ensures stable pressure output, ideal for multi-material switching and reliable extrusion across different filament types.

1. Open Cooling Architecture

• Full visibility of filament path and gears for instant troubleshooting
• Active thermal control to prevent jams and ensure reliability

4. Extreme Cost-Effectiveness & New Durability Standard

      Patented RNC Ultra-Wear-Resistant Coated Gears (HV3300):

• Dramatically enhanced wear resistance
• 3x extended service life
• Specially optimised for long-duration printing with abrasive or high-performance materials
• Compatible with CF-based filaments without premature wear

5. Ultimate User Experience
6. Smart Filament Break Detection

      Smart Filament Sensor Placement

• Positioned close to the extruder to significantly reduce filament waste during changeovers and runout events, improving efficiency and minimising mess.

•