Printer Parts

1. Using the world's leading ultra-high hardness tungsten carbide (hardness > 2700Hv (up to 2900Hv)), it has super wear resistance ensuring long-term printing without wearness of nozzle hole and tip flat.2. Composed of tungsten carbide and copper alloy with super hardness and excellent conductivity, the maximum printing temperature can be 550℃.3. Tungsten carbide nozzle with a high purity of more than 99.98% and high thermal performance keeps an even temperature of the nozzle tip during printing, thus guaranteeing a stable extrusion.4. Due to the high thermal performance of the nozzle in general, the printing speed can be pushed even further without sacrificing the quality. A unique nozzle

Super Wear-ResistanceUsing the world's leading ultra-high hardness tungsten carbide (hardness > 2700Hv (up to 2900Hv)), super wear resistance ensures long-term printing without abrasion of nozzle hole and tip flat.High-Temperature PerformanceComposed of tungsten carbide and copper alloy with super hardness and excellent conductivity, the maximum printing temperature can be 550℃Low Pushing ForceA Tungsten Carbide Nozzle with a high purity of more than 99.98% and high thermal performance keeps an even temperature of the nozzle tip during printing, thus guaranteeing a stable extrusion.Faster SpeedDue to the high thermal performance of the nozzle in general, the printing speed can be pushed

Super Wear-ResistanceUsing the world's leading ultra-high hardness tungsten carbide (hardness > 2700Hv (up to 2900Hv)), super wear resistance ensures long-term printing without abrasion of nozzle hole and tip flat.High-Temperature PerformanceComposed of tungsten carbide and copper alloy with super hardness and excellent conductivity, the maximum printing temperature can be 550 Celsius.Low Pushing ForceTungsten Carbide Nozzle with a high purity of more than 99.98% and high thermal performance keeps an even temperature of the nozzle tip during printing, thus guaranteeing a stable extrusion.Faster SpeedDue to the high thermal performance of the nozzle in general, the printing speed can be

Super Wear-ResistanceUsing the world's leading ultra-high hardness tungsten carbide (hardness > 2700Hv (up to 2900Hv)), super wear resistance ensures long-term printing without abrasion of nozzle hole and tip flat.High-Temperature PerformanceComposed of tungsten carbide and copper alloy with super hardness and excellent conductivity, the maximum printing temperature can be 550 Celsius.Low Pushing ForceTungsten Carbide Nozzle with a high purity of more than 99.98% and high thermal performance keeps an even temperature of the nozzle tip during printing, thus guaranteeing a stable extrusion.Faster SpeedDue to the high thermal performance of the nozzle in general, the printing speed can be

1. Phaetus Apus extruder has a 155g lightweight all-metal design and a small Nema14 stepper motor for high-speed printing.2. The standard hotend attachment is compatible with hotends from Phaetus & DropEffect. And the hotend attachment can be redesigned and 3D printed to fit a multitude of hotends on the market.3. 6.3:1 gear ratio can ensure high torque.4. Manual wheel design offers easy filament loading and unloading.

1. Planar contact heating elements have a more certain contact than ceramic heating ring contacts.2. Compared to the original OT hotend heating elements and thermistors are easy to maintain and replace.3. Separate design of fixed flange and heating core. The flange is made of a material with a low thermal conductivity to reduce the working temperature of the heat sink fixed with it by screws.4. Compatible with various MK8 series nozzles that are readily available.5. Can be installed on Creality CR-M4 or other Sprite extruder-equipped Creality printers.Compatibility:For Creality K1/K1 max CR-M4 it is a drop-in replacement.For other sprite extruder-equipped Creality printers, the overall

1. Planar contact heating elements have a more certain contact than ceramic heating ring contacts.2. Compared to the original OT hotend heating elements and thermistors are easy to maintain and replace.3. Separate design of fixed flange and heating core. The flange is made of a material with a low thermal conductivity to reduce the working temperature of the heat sink fixed with it by screws.4. Compatible with various MK8 series nozzles that are readily available.5. Drop-in replacement for the hotend of the Creality K1 /Creality K1 MAX 3D printer.Compatibility:For Creality K1/K1 max CR-M4 it is a drop-in replacement.For other sprite extruder-equipped Creality printers, the overall height may

Copper Alloy Body MaterialThe copper alloy has 10 times the thermal conductivity of steel. Replacing this nozzle does not require an increase in print temperature like hardened steel nozzles to achieve the same print flow and results as brass or copper nozzles.Nickel Plated Surface It has very low frictional resistance, which can make the melted plastic flow more smoothly, reduce feeding resistance, and improve printing quality.Polycrystalline Diamond PCD InsertPolycrystalline Diamond PCD material has extremely high hardness (twice that of ruby) and wear resistance and is generally used to make precision CNC cutting tools. It can easily handle a variety of carbon fiber glass fiber ceramic

Features & AdvantagesUniform heatingThin-walled heat breakDifferent printheadsHigh filament compatibilityThe Phaetus Rapido hotends have numerous features that make them ideal for high-temperature and fiber filament printing.Rapido Hotends are compatible with Prusa 3D printers, but can also be used on other devices with an adapter.There are two variants of the Rapido Hotend:Rapido Hotend HF (High Flow):The HF version of the Rapido Hotend is equipped with a V6 nozzle.Rapido Hotend UHF (Ultra High Flow):The UHF version of the Rapido Hotend is equipped with both a Volcano and a V6 nozzle. An adapter provided is used to change the nozzle.Note: Both hotends can be used with the V6 and Volcano

Copper Alloy Body MaterialThe copper alloy has 10 times the thermal conductivity of steel. Replacing this nozzle does not require an increase in print temperature like hardened steel nozzles to achieve the same print flow and results as brass or copper nozzles.Nickel Plated Surface It has very low frictional resistance, which can make the melted plastic flow more smoothly, reduce feeding resistance, and improve printing quality.Polycrystalline Diamond PCD InsertPolycrystalline Diamond PCD material has extremely high hardness (twice that of ruby) and wear resistance and is generally used to make precision CNC cutting tools. It can easily handle a variety of carbon fiber glass fiber ceramic

Copper Alloy Body MaterialThe copper alloy has 10 times the thermal conductivity of steel. Replacing this nozzle does not require an increase in print temperature like hardened steel nozzles to achieve the same print flow and results as brass or copper nozzles.Nickel Plated Surface It has very low frictional resistance, which can make the melted plastic flow more smoothly, reduce feeding resistance, and improve printing quality.Polycrystalline Diamond PCD InsertPolycrystalline Diamond PCD material has extremely high hardness (twice that of ruby) and wear resistance and is generally used to make precision CNC cutting tools. It can easily handle a variety of carbon fiber glass fiber ceramic

Why Phaetus Rapido Plus Hotends ?The Phaetus Rapido Plus Hotends have numerous features that make them ideal for high-temperature and fiber filament printing.Rapido Plus hotends are compatible with Prusa 3D printers, but can also be used on other devices with an adapterUniform heatingThin-walled heatbreakDifferent printheadsHigh filament compatibilityRapido Plus hotends are compatible with Prusa 3D printers, but can also be used on other devices with an adapter.There are two versions of the Rapido Plus Hotend:Rapido Plus Hotend HF (High Flow):The HF version of the Rapido Plus hotend is equipped with plated copper and a hardened steel nozzle (both 0.4mm / 1.75mm).Rapido Plus Hotend UHF (Ultra

Why Phaetus Rapido Plus Hotends ?The Phaetus Rapido Plus Hotends have numerous features that make them ideal for high-temperature and fiber filament printing.Rapido Plus hotends are compatible with Prusa 3D printers, but can also be used on other devices with an adapterUniform heatingThin-walled heatbreakDifferent printheadsHigh filament compatibilityRapido Plus hotends are compatible with Prusa 3D printers, but can also be used on other devices with an adapter.There are two versions of the Rapido Plus Hotend:Rapido Plus Hotend HF (High Flow):The HF version of the Rapido Plus hotend is equipped with plated copper and a hardened steel nozzle (both 0.4mm / 1.75mm).Rapido Plus Hotend UHF (Ultra

Heatbreak with an ultra-thin wall thickness as thin as 0.1mm, realizing excellent thermal insulation.Increased rigid support structure guarantees the heatbreak remains intact under the impact of external force.The integral frame rigid structure makes nozzle replacement more convenient without grasping the heatblock.The inner hole roughness of the nozzle and heatbreak Ra0.3, allow a more smooth movement of filament, resulting higher resolution prints.Standard hotend and high flow hotend have the same overall dimension, which realizes a zero barrier for interchangeability.The hotend is mainly composed of copper alloy material which has the advantage of faster heating and better heat

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

Superior Thermal Isolation Of HeartbreakRCC coated all-metal heatbreak for more wear resistance eliminating the heat creep, realizing an excellent thermal insulation and no filament clog.New Assembly MethodThe new cable tie structure can effectively reduce the damage to the wiring harness during the installation process, making your assembly more comfortable; The heating unit is fixed by a metal dome, which is easy for users to upgrade and maintain at a low cost;High-Efficient Heating UnitRectangular ceramic heating unit, higher heating efficiency and reliability(280°C, 39s)Ultra High-Speed PrintingThe newly designed heater block has a long heating area which allows for high volumetric flow

Fan CoolingThis combination of fan and radiator is much larger and more efficient than what's achievable with air-cooling systems. This also makes it quieter and has very low vibration.Easy to UseBy limiting the number of parts, this kit is easier to use than any water-cooling system we've seen for 3D printing before. The parts fit together snugly and have been designed for a neat and ergonomic building.Wide AdaptabilityIts design is based on standard computer cooling components, allowing users to adapt and expand on the kit as they wish, to cool additional hotends or even motors and extruders inside the print envelope. With 9mm outer diameter/6mm inner diameter silicone tubing, it's also

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

One Hotend Two configurationOne-piece copper alloy design faster thermal conductivity.The thin-walled surgical-grade stainless steel heat breaker and three titanium screws make the entire structure more robust.High-Flow High-SpeedPrinting flow up to 75mm³/sHigh Heater CapacityHigh power cylindrical ceramic heating element up to 115W24°C-280°C in less than 51 seconds

1. Dragon Ace is a new generation of general-purpose, high-flow hotend from Triangle-Lab that inherits the outstanding performance and compatibility of the original Dragon hotend.2. It has a new patented design to keep the entire hotend firmly fixed together, and there will be no more patent disputes. And you can still change the nozzle with a single hand.3. For maximum flow rate, the Dragon Ace utilizes Orginal Dragon's HF heat breaker design along with a volcano-style heater block.4. Dragon Ace can be installed with MZE (melting zone extender), the total length of the hot side can reach up to 40MM, and the maximum practical flow rate can reach up to 74mm³/s.5. In order to reduce weight

High Thermal Conductivity Copper Alloy BodyThe nozzle body is made of copper alloy, which has 10 times the thermal conductivity of steel. This means it achieves the same print flow and results as brass or copper nozzles without requiring an increase in print temperature, unlike hardened steel nozzles.Polycrystalline Diamond (PCD) InsertThe insert is made of polycrystalline diamond (PCD), known for its extremely high hardness (twice that of ruby) and exceptional wear resistance. This material is commonly used in precision CNC cutting tools, ensuring durability and longevity.Versatile Material HandlingThe PCD insert can easily manage a wide range of reinforced polymers, including carbon fiber,

High Thermal Conductivity Copper Alloy BodyThe nozzle body is made of copper alloy, which has 10 times the thermal conductivity of steel. This means it achieves the same print flow and results as brass or copper nozzles without requiring an increase in print temperature, unlike hardened steel nozzles.Polycrystalline Diamond (PCD) InsertThe insert is made of polycrystalline diamond (PCD), known for its extremely high hardness (twice that of ruby) and exceptional wear resistance. This material is commonly used in precision CNC cutting tools, ensuring durability and longevity.Versatile Material HandlingThe PCD insert can easily manage a wide range of reinforced polymers, including carbon fiber,

High Thermal Conductivity Copper Alloy BodyThe nozzle body is made of copper alloy, which has 10 times the thermal conductivity of steel. This means it achieves the same print flow and results as brass or copper nozzles without requiring an increase in print temperature, unlike hardened steel nozzles.Polycrystalline Diamond (PCD) InsertThe insert is made of polycrystalline diamond (PCD), known for its extremely high hardness (twice that of ruby) and exceptional wear resistance. This material is commonly used in precision CNC cutting tools, ensuring durability and longevity.Versatile Material HandlingThe PCD insert can easily manage a wide range of reinforced polymers, including carbon fiber,

1. Dragon Ace is a new generation of general-purpose, high-flow hotend from Triangle-Lab that inherits the outstanding performance and compatibility of the original Dragon hotend.2. It has a new patented design to keep the entire hotend firmly fixed together, and there will be no more patent disputes. And you can still change the nozzle with a single hand.3. For maximum flow rate, the Dragon Ace utilizes Orginal Dragon's HF heat breaker design along with a volcano-style heater block.4. Dragon Ace can be installed with MZE (melting zone extender), the total length of the hot side can reach up to 40MM, and the maximum practical flow rate can reach up to 74mm³/s.5. In order to reduce weight