Super Print CR 6 SE All Metal Hotend Kit for CR6 SE,CR MAX 3D Printer Hotend,Upgrade Bi Heatbreak,Heater Block Aluminum,MK8 Hardened Steel Nozzle 0.4mm.(Type2)
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Description
Amazon
1.(Note: You need to install this hot end yourself)The Hardened steel nozzle,each of which is molded by five axle CNC.Strict quality control enables it to possess Higher temperature,Higher Wear Resistance,Better Durability,More Precise. It is not only compatible with all regular 1.75mm filament such as PLA / ABS/ PETG/ TPU/ PP/ PC etc,but also perfectly compatible with special filaments,such as PEI,PEEK,PETG,Carbon Fiber Mixture,Glass Fiber Mixture, steel,wood,boron carbide,tungsten,Filled PLA or Glow-in-the-dark filament. 2.If you 3d print with carbon fibre, filled PLA, or glow-in-the-dark filament,special filaments then this is the nozzle you need! Carbon filled filaments cause rapid and significant damage to standard nozzles.We've developed these incredibly wear-resistant nozzles to deal with the toughest filaments on the marke. 3.Upgrade Bi-Metal Heatbreak: Titanium alloy reduces heat upward conduction at the heating position, while copper alloy for heat dissipation accelerates the heat conduction,contributes to great heat insulation. the inner wall of the tube is smoother and burr-free. (reduces the chance of filament clogging). The interface is smoother and more precise.( it can effectively prevent filament leakage). 4.Titanium alloy support screws with high strength and very low thermal conductivity make the whole structure more robust. With the heat sink firmly in place, nozzles can be changed with one hand and you don't have to worry about the print head falling off during printing.(Note: After installing the new hot end, please make sure to perform PID calibration before printing.) 5.The CR-6 SE all metal hotend is equipped with bi-metal heatbreak and titanium alloy screws, providing excellent thermal insulation performance. It minimizes heat loss to the Maximum extent, enhancing printing efficiency and reducing temperature fluctuations in the hotend. This results in a more stable and reliable hotend, prevention the occurrence of heat creep and improving print quality
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Description
(1)
1.(Note: You need to install this hot end yourself)The Hardened steel nozzle,each of which is molded by five axle CNC.Strict quality control enables it to possess Higher temperature,Higher Wear Resistance,Better Durability,More Precise. It is not only compatible with all regular 1.75mm filament such as PLA / ABS/ PETG/ TPU/ PP/ PC etc,but also perfectly compatible with special filaments,such as PEI,PEEK,PETG,Carbon Fiber Mixture,Glass Fiber Mixture, steel,wood,boron carbide,tungsten,Filled PLA or Glow-in-the-dark filament. 2.If you 3d print with carbon fibre, filled PLA, or glow-in-the-dark filament,special filaments then this is the nozzle you need! Carbon filled filaments cause rapid and significant damage to standard nozzles.We've developed these incredibly wear-resistant nozzles to deal with the toughest filaments on the marke. 3.Upgrade Bi-Metal Heatbreak: Titanium alloy reduces heat upward conduction at the heating position, while copper alloy for heat dissipation accelerates the heat conduction,contributes to great heat insulation. the inner wall of the tube is smoother and burr-free. (reduces the chance of filament clogging). The interface is smoother and more precise.( it can effectively prevent filament leakage). 4.Titanium alloy support screws with high strength and very low thermal conductivity make the whole structure more robust. With the heat sink firmly in place, nozzles can be changed with one hand and you don't have to worry about the print head falling off during printing.(Note: After installing the new hot end, please make sure to perform PID calibration before printing.) 5.The CR-6 SE all metal hotend is equipped with bi-metal heatbreak and titanium alloy screws, providing excellent thermal insulation performance. It minimizes heat loss to the Maximum extent, enhancing printing efficiency and reducing temperature fluctuations in the hotend. This results in a more stable and reliable hotend, prevention the occurrence of heat creep and improving print quality
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