Official QIDI MAX3 Hotend with Copper Plated Hardened Steel Nozzle for QIDI TECH X-Max 3, High-Temp 350°C High-Flow Extruder, Compatible with X-Plus 3, X-Smart 3 3D Printer​

Official QIDI MAX3 Hotend with Copper Plated Hardened Steel Nozzle for QIDI TECH X-Max 3, High-Temp 350°C High-Flow Extruder, Compatible with X-Plus 3, X-Smart 3 3D Printer​

• Advanced Bimetal Construction for Superior Performance:​​ This nozzle features an innovative design where a ​​hardened steel core provides extreme wear resistance​​, while the exterior ​​copper plating ensures exceptional thermal conductivity​​. This powerful combination delivers faster heat-up times, consistent temperature distribution, and outstanding durability against abrasive filaments like carbon fiber or glass fiber, resulting in smoother extrusion and higher print quality
• Exceptional High-Temperature Resilience up to 350°C:​​ Engineered for demanding applications, this hotend reliably withstands temperatures up to ​​350°C​​ . This makes it an ideal upgrade for printing advanced engineering plastics such as Nylon, PC, and PPS-CF, significantly expanding the material capabilities of your QIDI printer
• ​​Enhanced Durability and Clog Prevention:​​ The hardened steel substrate offers superior hardness to resist wear from composite materials, extending the nozzle's service life. Combined with a precision-engineered, smooth inner pathway, this design minimizes filament resistance and ​​effectively reduces the risk of clogs​​, ensuring reliable and uninterrupted printing sessions, even at high speeds
• Precision-Engineered for Perfect Fit & Easy Installation:​​ This is not a generic hotend; it is meticulously designed as a ​​direct, drop-in replacement​​ for the QIDI TECH X-Max 3, X-Plus 3, X-Smart 3 printers. It guarantees a perfect fit and seamless integration with the printer's auto-leveling and heating systems, ensuring optimal performance without any modifications required
• Optimized High-Flow Design for Speed and Quality:​​ The excellent thermal properties of the copper-plated surface, paired with an optimized internal geometry, support a high volumetric flow rate. This allows for ​​increased print speeds without sacrificing layer quality​​, enabling faster project completion while maintaining excellent detail and strength in your prints