Integrated Hardened Steel Nozzle For Anycubic Kobra X 3D Printer Bimetallic Nickel Plated High Temp Resistant 0.2/0.4/0.6/0.8mm

Upgrade Your Kobra X with the Ultimate Nozzle SolutionEngineered specifically for Anycubic Kobra X 3D printers, our integrated hardened steel nozzle delivers exceptional performance, durability, and precision for all your printing projects.Why Choose Our Hardened Steel Nozzle?· BUILT FOR ABRASIVE FILAMENTSCrafted from premium hardened steel construction for extreme wear resistance - perfect for carbon fiber, wood-filled, metal-filled, and other abrasive filaments that quickly wear out standard brass nozzles.· ONE-PIECE LEAK-PROOF DESIGNPrecision-engineered integrated design eliminates gaps and prevents filament leakage, ensuring consistent, clean prints every time.· 300°C HIGH TEMPERATURE PERFORMANCEWithstand temperatures up to 300°C, making it ideal for printing high-temperature materials like PETG, ABS, ASA, PC, and engineering-grade filaments.· QUICK RELEASE SYSTEMTool-free quick release design allows for fast, hassle-free nozzle changes - get back to printing in seconds.BUILT TO LAST, DESIGNED TO FLOW· Smooth Inner Wall (Ra Ultra-smooth polished interior with Ra · Hardened Steel TipNickel-plated bimetallic hardened steel nozzle tip provides exceptional wear resistance while maintaining excellent thermal conductivity for reliable printing.· Precision Fit EngineeringPerfectly matched dimensions for seamless integration with your Anycubic Kobra X hotend system - no modifications required.Product Details & Construction· Chamfered Edge DesignSmooth, precision-machined chamfered edges prevent filament jamming and ensure clean, uninterrupted material feeding into the melt zone.· Premium Stainless Steel TubeHigh-quality stainless steel construction with tight, precision connections guarantees zero leakage and maximum thermal stability during long print sessions.· Bimetallic Nozzle TechnologyNickel-plated hardened steel nozzle combined with high thermal conductivity copper alloy body delivers the perfect balance of wear resistance and heat transfer.