Dual Pre-Assembled Ceramic Hotends Each kit includes two fully assembled ceramic hotends, each pre-installed with a 0.4mm hardened steel nozzle and thermal silicone sock. Compatible exclusively with Anycubic Kobra S1, S1 Combo, and ACE Pro 3D printers. Warm Tip: Before installation, verify that all components are securely tightened, as parts may loosen during shipping.
Plug-and-Play Installation Designed for quick and easy installation—simply detach the original hotend and plug in the new ceramic hotend. No wiring or firmware adjustments required, ensuring a hassle-free upgrade. Warm Tip: Ensure the hotend is properly seated in the heat dissipation block. If misaligned, the nozzle may scrape the print bed, leading to potential damage.
Rapid Heating Performance The ceramic heating element allows the hotend to reach 220°C in approximately 38 seconds, offering more than three times the heating speed of the original setup. This enhancement reduces print preparation time significantly. Warm Tip: When replacing nozzles, especially the 0.2mm size, be cautious of residual adhesive used in factory installations. If the nozzle is difficult to remove, applying gentle heat can help loosen it.
Comprehensive Nozzle Set Included Comes with four additional hardened steel nozzles (0.2mm, 0.4mm, 0.6mm, and 0.8mm) to accommodate various printing needs, from fine details to high-speed fills. Each nozzle is rated for temperatures up to 500°C, suitable for printing with abrasive filaments.Semi-assembled hotend with all-metal throat design makes the print head heated evenly and the filament flows smoothly in the throat nozzle to support high speed printing.Warm Tip: After installing the new hotend, perform a bed leveling to ensure optimal first-layer adhesion and print quality.
Enhanced Durability with Silicone Socks Each hotend is equipped with a thermal silicone sock to maintain consistent temperature and reduce heat loss. This feature helps prevent filament oozing and ensures smoother printing over extended sessions. Warm Tip: Always wear heat-resistant gloves when handling heated components to prevent burns or injuries.