Bambu H2C Induction Hotend (Right) Standard Flow Various Sizes for Bambu Lab H2C Nozzle

West3D is an official Bambu Lab reseller - this is a genuine Bambu Lab product. Multi-Material Printing with Less Waste The Vortek System uses up to six interchangeable induction-heated hotends to achieve true multi-material printing with significantly reduced purge waste compared to single-nozzle systems. The hotend swap mechanism eliminates purge flushing during filament changes (H2C under 7 filaments), saving both material and time. Fast and Precise Induction Heating The Vortek Induction Hotend rapidly heats the nozzle to printing temperature in approximately 8 seconds (PLA). This fast response shortens color-change transitions and further reduces purge waste. Integrated overheat, overvoltage, short-circuit, and open-circuit protection ensure reliable performance during continuous multi-material workflows. Reliable Contactless Connection Instead of contact-based metal pins—which can oxidize and degrade over time—the Vortek System employs a contactless, high-frequency power and signal interface. This delivers a stable, long-lasting connection for accurate temperature control and synchronized hotend operation. Heatsink Overheat Monitoring Dual temperature sensors monitor both nozzle and heatsink temperatures in real time. When heatsink temperature exceeds safe limits, the system automatically increases cooling to prevent heat creep and reduce the risk of clogging. Intelligent Multi-Hotend Management Each Vortek Hotend stores its filament information locally, ensuring correct material mapping and preventing loading errors. When printing with more than seven filament types, the system intelligently optimizes hotend mapping to minimize purge waste and improve overall efficiency. Real High-Flow, Real Time Saved  Nozzle Size H2C Max Volumetric Speed Induction Stainless Steel Nozzle (0.2mm) 2 mm³/s Induction Hardened Steel Nozzle (0.4mm) 25 mm³/s Induction Hardened Steel Nozzle (0.6mm) 30 mm³/s Induction Hardened Steel Nozzle (0.8mm) 30 mm³/s