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- Features
- Features List
- Package Dimensions: 4.21 x 1.73 x 1.34 inches; 2.89 ounces
- Item model number: K1 Series hotend (Terminal with Buckle)
- Date First Available: August 3, 2025
- Manufacturer: Creality
- ASIN: B0FJLS3ZR1
- Best Sellers Rank:
- 【Official Upgrade with Snap-Fit Design – Faster, Safer, Smarter】This newly upgraded Creality ceramic hotend for K1 Series now features a snap-fit terminal design on both the thermistor and ceramic heating ring, ensuring a more secure and hassle-free connection. No more loose wires or manual crimps—just plug, lock, and print with confidence. Compatible with K1, K1 Max, K1C, and K1 SE. Please verify hotend interface before purchase.
- 【Optimized for 300°C High-Temperature Materials】Engineered for high-speed, high-temp printing, the nozzle assembly withstands up to 300°C. The heatbreak is made from titanium alloy to reduce heat creep, while the nozzle combines copper alloy and hardened steel, ensuring durability and compatibility with PLA, ABS, PETG, TPU, PP, PC, PLA-CF, PA-CF, and PET-CF filaments—even under demanding print conditions.
- 【Enhanced Flow Rate for 600mm/s Printing】The internal melt zone of the nozzle is enlarged for maximum flow up to 32mm³/s, making it fully capable of 600mm/s high-speed printing on K1 series printers. Smooth bore, no burrs, and clog-resistant design deliver consistent extrusion and reduced downtime.
- 【360° Ceramic Heating with Upgraded Heat Dissipation】Featuring a powerful 60W 360° ceramic heating ring, the nozzle heats up to 200°C in just 40 seconds. The heatblock includes a nickel-plated surface for added wear resistance, and the split-type heatsink with red copper fins boosts cooling efficiency while minimizing heat conduction to cold zones.
- 【Tool-Free Maintenance with All-Metal Modular Design】Designed for ease of use, the all-metal integrated heatbreak and nozzle structure allows for quick disassembly and replacement without tools. The modular split heatsink design ensures cleaner prints and reduced clogging risk—just check for tight fittings before each print for best results.