HSRQ0071 Upgraded Hotend Kit For Bambu Lab X1 P1P 3D Printer Print Head Hot end
Description:Upgrade your Bambu Lab X1 or P1P 3D printer with the HSRQ0071 Upgraded Hotend Kit, designed for high-performance and reliable printing. This hotend features a chromium-zirconium copper block with a nickel-plated...
Description:
Upgrade your Bambu Lab X1 or P1P 3D printer with the HSRQ0071 Upgraded Hotend Kit, designed for high-performance and reliable printing. This hotend features a chromium-zirconium copper block with a nickel-plated finish, allowing for heat resistance up to 500°C and exceptional thermal conductivity. Its enhanced modular design reduces maintenance costs while providing superior durability and print quality.
Key Features:
- High-Temperature Printing: Upgraded heating block withstands up to 500°C, enabling compatibility with advanced filaments.
- Modular Design: Detachable heat sink and throat pipe with side-fixed locking mechanism reduce usage costs.
- Titanium Heat Break: TC4 titanium heat break minimizes heat loss and prevents leaks with enhanced step-surface contact.
- Leak Prevention: Threaded nozzle design with secure heat break contact eliminates leakage and ensures stable performance.
- Easy Nozzle Replacement: Includes an upgraded, removable nozzle for quick swaps, saving time and effort.
- Material Compatibility: Supports a wide range of filaments, including PLA, ABS, PETG, TPU, PP, PC, Nylon, PEEK, PEI, and more.
Package Includes:
- 1 x Upgraded Hotend Kit
- 1 x Extra Nozzle
Note: This hotend kit is not compatible with the original hotend or third-party nozzles due to its upgraded design.
Why Choose the HSRQ0071 Upgraded Hotend Kit?
Designed for professional-grade printing, this hotend ensures precision, reliability, and the ability to work with high-performance materials. Whether you’re tackling complex projects or experimenting with advanced filaments, the HSRQ0071 hotend delivers exceptional results.
Upgrade your 3D printing experience with the HSRQ0071 Upgraded Hotend Kit, built to maximize performance and efficiency.