Kobra X 0.4mm 3D Printer Nozzle, Bimetal Nickel-Plated Hardened Steel Hotend... For Sale
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Kobra X 0.4mm 3D Printer Nozzle, Bimetal Nickel-Plated Hardened Steel Hotend...
Price: US $9.66
Kobra X 0.4mm 3D Printer Nozzle, Bimetal Nickel-Plated Hardened Steel Hotend Nozzle, High Thermal Conductivity, Leak-Proof Design, Smooth Extrusion, Compatible with Anycubic Kobra X 3D Printer Product Details
Publisher: SeulQirw
Publication date: 0
Premium Bimetal Construction: Made of nickel-plated hardened steel with high thermal conductivity copper alloy; withstands continuous high temperatures up to 300°C; supports printing of PLA, ABS, PETG and other engineering filaments
High Precision Extrusion: Inner wall roughness Ra < 0.4 with rounded chamfer design; ensures smooth filament flow; reduces clogging risk; improves printing accuracy and surface finish of printed models
Leak-Proof Sealing Structure: Tightly fitted stainless steel tube with integrated manufacturing process; eliminates filament leakage at the connection; reduces material waste and post-print cleaning work
Exact Compatibility: Precision engineered for Anycubic Kobra X 3D printers; direct replacement for original nozzle; no modification required for installation; reduces downtime during nozzle replacement
0.4mm Standard Diameter: Universal 0.4mm aperture suits most daily 3D printing needs; maintains consistent extrusion flow; delivers reliable performance for both hobbyist and professional printing projects
This high-quality bimetal nozzle is specially designed for Anycubic Kobra X 3D printer, offering a perfect balance of durability, thermal performance and printing precision for all your 3D printing projects.Crafted from nickel-plated hardened steel with a high thermal conductivity copper alloy base, this hotend nozzle can maintain stable performance even at continuous operating temperatures up to 300°C, making it suitable for printing a wide range of filaments from standard PLA to high-temperature engineering materials. The inner wall of the nozzle is polished to a roughness of Ra