🖨️【Complete Accessories, Easy Installation】This 3D printer kit includes two 0.25mm integrated nozzles, two silicone sleeves, two silicone brushes, 20 cleaning needles (0.25mm), and two packs of silicone grease. The quick-release design allows for easy maintenance and replacement without complicated tools. Note: Compatible only with the AD5X FDM 3D printer (upgraded version). Not suitable for older models or other 3D printers. Please confirm your 3D printer model before ordering.
✅️【Rugged and Durable, High-Quality Craftsmanship】Titanium alloy tubing, chromium zirconium copper core, and hardened steel nozzles ensure heat insulation, rapid heat dissipation, and wear resistance. High-precision manufacturing processes ensure smooth inner walls (Ra<1) to prevent clogging, and tight interfaces prevent filament leakage. High-quality materials and precision machining ensure long lifespan and stable performance, easily handling even demanding filaments.
🌡️【High Thermal Conductivity and 300°C High Temperature Resistance】The AD5X hot-end kit features an upgraded copper heat sink, enabling 360° omnidirectional heating to ensure uniform heat distribution and rapid heat transfer. It can withstand temperatures up to 300°C, supporting stable printing with high-performance filaments. Ideal for long-duration printing and demanding 3D printing projects, it ensures print accuracy and reliability.
🚀【High Flow Rate and High-Speed Pressure Up to 600 mm/s】This hot-end kit boasts a maximum flow rate of 30 mm/s and supports print speeds up to 600 mm/s, with accelerations up to 20,000 mm/s². Precise 0.25 mm quick-change nozzles ensure stable and uniform filament flow. This hot-end upgrade kit is ideal for high-volume or high-speed printing tasks while maintaining excellent print quality—the perfect upgrade for the AD5X.
🖨️【Extensive Material Compatibility】The AD5X hot end upgrade kit supports a variety of printing materials, including PLA, PC, ABS, PETG, TPU, PP, and more. Note: The 0.25mm nozzle does not support CF or TPU64D materials! The all-metal design ensures stable printing with high-temperature materials, providing flexibility for creative projects, functional prototyping, or durable component production, and expanding the application range of 3D printing.