AD5X Nozzle Assembly – Precision Engineered for Performance

The Nozzle Assembly for the AD5X Series features an all-in-one structure that integrates a precision metal heatbreak, heating block, and heatsink. This innovative design delivers significantly faster heating and more efficient cooling compared to traditional hotends, ensuring greater stability and reliability during printing.

Whether you're replacing a worn part or switching nozzles for different materials, this assembly simplifies the process and minimizes potential leakage or misalignment caused by multi-part assemblies.

Key Features

• Integrated Design
  One-piece construction improves thermal efficiency and reduces the risk of leaks or installation errors.

• Fast Heating & Efficient Cooling
  Optimized internal architecture ensures rapid temperature changes and stable heat dissipation.

• Multiple Nozzle Sizes Included
  Choose from four nozzle types tailored to different materials and applications:

  • 0.25mm & 0.4mm (Brass Alloy + Stainless Steel Tip)

    • 0.4mm: Ideal for general-purpose printing with PLA, PETG, ABS—balances flow and detail.

    • 0.25mm: Designed for ultra-fine detail in miniatures, figures, and precision parts.

      Note: Not suitable for particle-filled or fiber-reinforced filaments (e.g. marble PLA, carbon-fiber nylon) due to high clogging risk.

  • 0.6mm & 0.8mm (Hardened Steel)

    • Engineered for abrasive materials like carbon fiber or glass fiber composites.

    • Excellent for high-speed printing, large models, and flexible filaments like TPU.

      Note: Due to larger diameter, these nozzles are not recommended for prints requiring high surface detail.

• Durable and Long-Lasting
  High-quality materials ensure consistent extrusion and extended lifespan, even under demanding conditions.

• Easy Installation
  Tool-free replacement minimizes downtime and gets you back to printing fast.

Upgrade to the AD5X Nozzle Assembly for reliable, adaptable performance across a wide range of materials and print needs—from ultra-precise miniatures to tough, fiber-reinforced parts.