Printer Parts Creality

8.7 W/(m-K) Low Thermal ConductivityThermal conductivity is 8.7W/(m-K) (200C)half of the stainless steel material, effectively blocking heat dissipation. Thermal conductivity of copper: 386W/(m.k) efficiently dissipates the heat conducted by the hotend.1.012GPa High StrengthGood comprehensive mechanical properties, Tensile strength: 1.012GPa400°C High Thermal StrengthSupport long time work at 400 °C, and make 3D printing speeds fasterHighly PolishedRa Light WeightedThe density of titanium alloy: 4.5g/cm357% of stainless steel material

8.7 W/(m-K) Low Thermal ConductivityThermal conductivity is 8.7W/(m-K) (200C)half of the stainless steel material, effectively blocking heat dissipation. Thermal conductivity of copper: 386W/(m.k) efficiently dissipates the heat conducted by the hotend.1.012GPa High StrengthGood comprehensive mechanical properties, Tensile strength: 1.012GPa400°C High Thermal StrengthSupport long time work at 400 °C, and make 3D printing speeds fasterHighly PolishedRa Light WeightedThe density of titanium alloy: 4.5g/cm357% of stainless steel material

High-temperature printing under 300C, titanium alloy material can reduce the heat conduction upward.

High-temperature printing under 300C, titanium alloy can reduce the heat conduction upward, and chrome copper has better overall performance with the feature of speeding up heat dissipation.

High Flow & 600mm/s High-speed Printing SupportPrinting at breakneck speeds up to 600mm/s is now a breeze, thanks to the expanded hot melt section, providing a 32% increase in length (28.5mm) for flawless high-speed printing.Copper Alloy + Hardened Steel Heat Break MaterialStainless steel with extremely thin wall thickness has excellent thermal insulation performance, while pure copper has excellent thermal conductivity, which can speed up heat conduction, so the overall performance is better.Compatible with Creality K1 SeriesThe Ceramic Heating Block Kit is tailor-made for seamless integration with Creality K1 Max, K1C, and K1 3D Printers, ensuring a perfect fit and exceptional

High-Temperature Resistance Up to 300 CelsiusThe heat break is made of titanium and copper alloys which support high-temperature printing at 300 Celsius and is compatible with more filaments. Also, the 0.2mm thin wall thickness for excellent thermal insulation.High Thermal ConductivityThe cylindrical ceramic heating ring improves heating efficiency and reduces heat loss. With uniform heating and fast heat transfer, it only takes 40 seconds to heat from room temperature to 200 Celsius.Support 400mm/s High-speed Printing The overall hot melt section is increased by 30%(The hot melt section length is 27.8mm), and the high-temperature heat-resistant insulation sheet is added to maintain the

300mm/s High-Speed PrintingHigh Flow PrintingHigh Flow Printing, Large Melting ZoneThe overall melting zone is increased by 30% (the melting zone length is 27.3mm), smooth printing even with a 0.9mm nozzle.Temperature Up to 300 Celsius, Support 300mm/s High-speed PrintingUse titanium alloy screws to reduce the thermal conductivity by 30%, compatible with various filaments such as PLA, ABS, PETG, TPU, PP, PC, nylon, PEEK, PEI, etc.No Modification RequiredEasy installation and maintenance, compatible with CR-10/ CR-10S/ Ender-2/ Ender-3/ Ender-5 series printers.Fast Heat DissipationSplit design can reduce heat transfer, and the red copper heat sink is to improve heat dissipation

Flexible Filament Printing Expert Titan extruder adopts a 3:1 gear ratio, with a 42-26 motor, it is lightweight, powerful, and precise.High Temperature and High Flow Hotend The hotend has an all-metal design, its high-temperature resistance is up to 300 Celsius, and supports a variety of filament printing: TPU, PLA, ABS, PETG, PC, PA, etc.High-Speed PrintingIt features a large melting zone and high flow extrusion, supporting 300mm/s high-speed printing. High-temperature heat-resistant insulation sheet is added to maintain the temperature of the melting zone.Simple Installation, Easy to Use You can easily upgrade and replace the motor and other components. The tensioning force is

Small sprite & Huge power54x50x64.3mm small size, 266g weight. Exquisite design, the perfect combination of extruder and printing hotend make more powerful functions.Large torque, Extrusion force up to 80NThe use of gear with a 3:5:1 gear ratio which perfectly matches with motor makes extrusion force up to8ON (depending on filaments). More precise control of feeding withdrawal.Dual gear feeding, More stable printingThe double-toothed structure does not damage filaments, feeding is more reliable and stable.Modular Product Solution Convenient and Quick ModificationThe Sprite Extruder, enables all the Ender-3 series 3D printers a direct extrusion and high-temperature printing

Small sprite & Huge power54x50x64.3mm small size, 266g weight. Exquisite design, the perfect combination of extruder and printing hotend make more powerful functions.Large torque, Extrusion force up to 80NThe use of gear with a 3:5:1 gear ratio which perfectly matches with motor makes extrusion force up to8ON (depending on filaments). More precise control of feeding withdrawal.Dual gear feeding, More stable printingThe double-toothed structure does not damage filaments, feeding is more reliable and stable.Adjustable tension, Professional and playableThe tensioner allows you to fine-tune the pressure exerted by the drive gears onto the filament according to your preferences which helps to

DIY MasterCompact and Lightweight3.5: 1 Gear RatioAll-metal Design