Compatible with Bambulab X1 / X1 Carbon Combo P1P 3D Printer
Outstanding performance to improve your 3D printer's speed, to achieve max. 320°C overall printing temperature of the hotend and 35mm3/s high printing consumable flow rate
Heater block upgraded with a nickel-plated CuCrZr treatment to provide fast heat conduction and high temperature resistance up to 550°C, and titanium alloy heat break added with a CuCrZr wrap to enhance the heat dissipation
Upgraded with threaded connection between the heater block and the nozzle to ensure a secure and firm connection, eliminating the risk of detachment and reducing the possibility of leaks
Heat break and heater block are integrated with interference fit, upgraded with a stepped limit at the junction between the heat beak and the heater block to eliminate the issues of leaks and detachment
Aluminum heat sink, integrated structure of heat break and heater block, and replaceable threaded steel nozzle that is made of hardened steel SKD11 with quenching and hardening treatment, capable of heating to over 550°C, enhancing wear resistance and prolonging lifespan
Fastened with titanium alloy screws to prevent the heat break from getting bent or broken during high-speed printing
Description
Upgraded TZ2.0 All Metal Hotend Set, Titanium Alloy Heatbreak, Plated Copper Heater Block, Hardened Steel Nozzle & Ceramic Heater Thermistor Compatible with Bambu Lab X1 Carbon Combo P1P 3D Printer
Compatible with Bambulab X1 / X1 Carbon Combo P1P 3D Printer
Outstanding performance to improve your 3D printer's speed, to achieve max. 320°C overall printing temperature of the hotend and 35mm3/s high printing consumable flow rate
heater block upgraded with a nickel-plated CuCrZr treatment to provide fast heat conduction and high temperature resistance up to 550°C, and titanium alloy heat break added with a CuCrZr wrap to enhance the heat dissipation
upgraded with threaded connection between the heater block and the nozzle to ensure a secure and firm connection, eliminating the risk of detachment and reducing the possibility of leaks
heat break and heater block are integrated with interference fit, upgraded with a stepped limit at the junction between the heat beak and the heater block to eliminate the issues of leaks and detachment
Aluminum heat sink, integrated structure of heat break and heater block, and replaceable threaded steel nozzle that is made of hardened steel SKD11 with quenching and hardening treatment, capable of heating to over 550°C, enhancing wear resistance and prolonging lifespan
Fastened with titanium alloy screws to prevent the heat break from getting bent or broken during high-speed printing
PACKAGE
as shown in the main pic