Printer Parts Diamond

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,

Copper Alloy BodyCopper alloys have 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 TreatmentIt also 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,

Copper Alloy BodyCopper alloys have 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 TreatmentIt also 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,

High Thermal ConductivityCopper alloys have 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.Low Frictional ResistanceIt also has very low frictional resistance, which can make the melted plastic flow more smoothly, reduce feeding resistance, and improve printing quality.Polycrystalline Diamond PCDPolycrystalline 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

High Thermal ConductivityCopper alloys have 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.Low Frictional ResistanceIt also has very low frictional resistance, which can make the melted plastic flow more smoothly, reduce feeding resistance, and improve printing quality.Polycrystalline Diamond PCDPolycrystalline 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