Printer Parts Steel

1. VORON hot bed PEI steel plate limit baffle is processed by sheet metal process, the metal material is durable, convenient for users to use for a long time, and there is almost no need to worry about damage.2. The connection between the VORON hot bed PEI steel plate limit baffle and the printing platform is connected with double-sided bubble glue, and the user only needs to remove the backing glue to install it.3. VORON hot bed PEI steel plate limit baffle adopts double-sided bubble adhesive as a high-temperature resistant adhesive, with long-term temperature resistance of 100℃, and short-term temperature resistance of 160℃.

High Hardness, Long Service LifeIt only supports 1.75mm filaments, and If you 3D print with carbon fiber, filled PLA, or glow-in-the-dark filament, then this is the nozzle you need. Carbon-filled filaments cause rapid and significant damage to standard nozzles, while this hardened steel nozzle can deal with it.Abrasion and Heat ResistantHigh-temperature carburizing and hard-forming thermoformed steel make it has excellent wear resistance and heat resistance.Wide CompatibilityTrianglelab hardened steel V6 nozzles are suitable for V6, Lite6, and Titan Aero hotends, can print PEEK and carbon fiber filament, and are compatible with Prusa 3D printers.

High Hardness, Long Service LifeIt only supports 1.75mm filaments, and If you 3D print with carbon fiber, filled PLA, or glow-in-the-dark filament, then this is the nozzle you need. Carbon-filled filaments cause rapid and significant damage to standard nozzles, while this hardened steel nozzle can deal with it.Abrasion and Heat ResistantHigh-temperature carburizing and hard-forming thermoformed steel make it has excellent wear resistance and heat resistance.Wide CompatibilityTrianglelab hardened steel V6 nozzles are suitable for V6, Lite6, and Titan Aero hotends, can print PEEK and carbon fiber filament, and are compatible with Prusa 3D printers.

High Hardness, Long Service LifeIt only supports 1.75mm filaments, and If you 3D print with carbon fiber, filled PLA, or glow-in-the-dark filament, then this is the nozzle you need. Carbon-filled filaments cause rapid and significant damage to standard nozzles, while this hardened steel nozzle can deal with it.Abrasion and Heat ResistantHigh-temperature carburizing and hard-forming thermoformed steel make it has excellent wear resistance and heat resistance.Wide CompatibilityTrianglelab hardened steel V6 nozzles are suitable for V6, Lite6, and Titan Aero hotends, can print PEEK and carbon fiber filament, and are compatible with Prusa 3D printers.

High Hardness, Long Service LifeIt only supports 1.75mm filaments, and If you 3D print with carbon fiber, filled PLA, or glow-in-the-dark filament, then this is the nozzle you need. Carbon-filled filaments cause rapid and significant damage to standard nozzles, while this hardened steel nozzle can deal with it.Abrasion and Heat ResistantHigh-temperature carburizing and hard-forming thermoformed steel make it has excellent wear resistance and heat resistance.Wide CompatibilityTrianglelab hardened steel V6 nozzles are suitable for V6, Lite6, and Titan Aero hotends, can print PEEK and carbon fiber filament, and are compatible with Prusa 3D printers.

High Hardness, Long Service LifeIt only supports 1.75mm filaments, and If you 3D print with carbon fiber, filled PLA, or glow-in-the-dark filament, then this is the nozzle you need. Carbon-filled filaments cause rapid and significant damage to standard nozzles, while this hardened steel nozzle can deal with it.Abrasion and Heat ResistantHigh-temperature carburizing and hard-forming thermoformed steel make it has excellent wear resistance and heat resistance.Wide CompatibilityTrianglelab hardened steel V6 nozzles are suitable for V6, Lite6, and Titan Aero hotends, can print PEEK and carbon fiber filament, and are compatible with Prusa 3D printers.

High Hardness, Long Service LifeIt only supports 1.75mm filaments, and If you 3D print with carbon fiber, filled PLA, or glow-in-the-dark filament, then this is the nozzle you need. Carbon-filled filaments cause rapid and significant damage to standard nozzles, while this hardened steel nozzle can deal with it.Abrasion and Heat ResistantHigh-temperature carburizing and hard-forming thermoformed steel make it has excellent wear resistance and heat resistance.Wide CompatibilityTrianglelab hardened steel V6 nozzles are suitable for V6, Lite6, and Titan Aero hotends, can print PEEK and carbon fiber filament, and are compatible with Prusa 3D printers.

1. Integrated shaft design, ensures that the gear has better concentricity, reduces the eccentric rotation of the gear due to assembly, and ensures that the gear is more uniform transmission of the filament.2. Select high-strength die steel as the material of the feeding gear, and use nickel-plated as the surface treatment process, the whole Rockwell hardness HRC value of the gear reaches 62-65; the surface hardness HV value of 1000-1200 greatly ensures the strength, wear resistance and corrosion resistance of the gear.3. The shoulder screws in the kit are precision CNC turned, which is more accurate than the original screws.

1. Made of high-quality spring steel, stronger and more durable.2. Both Sides are coated with PEI powder which is more sticky for filaments to adhere to the surface of the spring steel build plate.3. You can print on each side just by flipping it over, it is economical and convenient.4. With 2 handle design, it is easier to install and take it off the printing platform.

1. Smooth + textured design gives you two different printing experiences on one spring steel, just by flipping it over, economical on your 3D printing project.2. Made of high-quality steel, it is durable and has a long life span.3. Fits for most 3D printing materials, such as PLA, PETG, TPU, and ABS(better to print in a 3D print cover).

1. M6 ZS nozzles are made of nickel-plated hardened steel and copper alloy, which are very high-temperature resistant (up to 500 Celsius), wear-resistant, and have a long service life.2. Copper has more than 3 times the thermal conductivity of brass. It is perfect for high-temperature printing that other nozzles can't handle.3. It is printable with 1.75mm carbon fiber-filled filaments, and its smooth inner wall can reduce blocking.

1. M6 ZS nozzles are made of nickel-plated hardened steel and copper alloy, which are very high-temperature resistant (up to 500 Celsius), wear-resistant, and have a long service life.2. Copper has more than 3 times the thermal conductivity of brass. It is perfect for high-temperature printing that other nozzles can't handle.3. It is printable with 1.75mm carbon fiber-filled filaments, and its smooth inner wall can reduce blocking.

1. The integrated shaft design ensures better concentricity of the gear, reduces the eccentric rotation of the gear due to assembly, and ensures that the gear delivers filament more evenly;2. The surface of the driven gear is knurled to increase friction and ensure that the gear transports filament more evenly;3. Use high-strength mold steel as the material of the feeding gear, and use nano-coating for surface treatment. The overall Rockwell hardness HRC value of the gear reaches 62-65; the surface hardness HV value reaches 1000-1200, which greatly ensures the gear strength, wear resistance and corrosion resistance;4. The handle material is changed to aluminum alloy to extend the service

1. This high-flow nozzle uses a unique custom internal geometry to increase the surface area for improved thermal transfer to the filament. And increases your setup's volumetric flow rate, enabling you to print faster.2. The nozzle is a preassembled nozzle and HeatBreak in one unit By adopting three metals -Hardened steel for the tip, titanium alloy TC4 for the inside tube, and rest copper material, with different thermal conductivity.3. TriMetal: Hardened steel has high wear resistance for a longer lifetime, titanium TC4 reduces heat upward conduction at the heating position, and copper for heat dissipation to accelerate heat conduction. This Nozzle can reach super-high temperatures.4. DLC

1. Support PLA, PETG, ABS, TPU, TPE, HIPS, PA-CF, WOOD and other filaments.2. Easy to take the print parts, take off the steel plate after the printing is completed and cool down, and gently bend the model to get rid of it.3. High-elastic folding stainless steel plate is used, which is resistant to bending and bending.4. High-temperature resistance, and strong adhesion, after frosting the surface, you can print ABS and other materials that are easy to warp without applying glue.5. The PET diamond texture surface has a diamond texture on the bottom surface of the print, which is more beautiful.Note: 1. If the adhesion of the powder surface is not enough, use the equipped sandpaper to lightly

1. This high-flow nozzle uses a unique custom internal geometry to increase the surface area for improved thermal transfer to the filament. And increases your setup's volumetric flow rate, enabling you to print faster.2. The nozzle is a preassembled nozzle and HeatBreak in one unit By adopting three metals -Hardened steel for the tip, titanium alloy TC4 for the inside tube, and rest copper material, with different thermal conductivity.3. TriMetal: Hardened steel has high wear resistance for a longer lifetime, titanium TC4 reduces heat upward conduction at the heating position, and copper for heat dissipation to accelerate heat conduction. This Nozzle can reach super-high temperatures.4. DLC

1. Integrated shaft design, ensures that the gear has better concentricity, reduces the eccentric rotation of the gear due to assembly, and ensures that the gear is more uniform transmission of the filament.2. Select high-strength die steel as the material of the feeding gear, and use nano-coating as the surface treatment process, the whole Rockwell hardness HRC value of the gear reaches 62-65; the surface hardness HV value of 1000-1200 greatly ensures the strength, wear resistance and corrosion resistance of the gear.3. The shoulder screws in the kit are precision CNC turned, which is more accurate than the original screws.

1. The insert is hardened steel DLC coatings with diamond-like carbon. The material is very resistant to wear and tear. Printable with carbon fiber-filled filament.2. The body is copper alloy nickel plating. Copper has more than 3x the thermal conductivity of brass. The higher thermal conductivity. It is perfect for high-temperature printing that other nozzles can't handle.

1. The insert is hardened steel DLC coatings with diamond-like carbon. The material is very resistant to wear and tear. Printable with carbon fiber-filled filament.2. The body is copper alloy nickel plating. Copper has more than 3x the thermal conductivity of brass. The higher thermal conductivity. It is perfect for high-temperature printing that other nozzles can't handle.

Nano-coating, High HardnessThe overall surface has DLC nano-coating, the coating hardness is HV2500, and the friction coefficient is 0.03. Adopting high-quality imported high-speed steel bar, its high-temperature hardness can reach HRC62.High-Temperature ResistanceThe whole high-temperature resistance is 450°C so that it can easily print PEEK and other special engineering plastics. Highly polished, small adhesion, and high-wear resistance make it can meet the requirements of precise printing.No Burr, Low RoughnessSpecial processing technology and post-treatment to ensure no burr in the orifice, brighter and cleaner inside the orifice, making the roughness of the inner hole less than

Nano-coating, High HardnessThe overall surface has DLC nano-coating, the coating hardness is HV2500, and the friction coefficient is 0.03. Adopting high-quality imported high-speed steel bar, its high-temperature hardness can reach HRC62.High-Temperature ResistanceThe whole high-temperature resistance is 450°C so that it can easily print PEEK and other special engineering plastics. Highly polished, small adhesion, and high-wear resistance make it can meet the requirements of precise printing.No Burr, Low RoughnessSpecial processing technology and post-treatment to ensure no burr in the orifice, brighter and cleaner inside the orifice, making the roughness of the inner hole less than

Nano-coating, High HardnessThe overall surface has DLC nano-coating, the coating hardness is HV2500, and the friction coefficient is 0.03. Adopting high-quality imported high-speed steel bar, its high-temperature hardness can reach HRC62.High-Temperature ResistanceThe whole high-temperature resistance is 450°C so that it can easily print PEEK and other special engineering plastics. Highly polished, small adhesion, and high-wear resistance make it can meet the requirements of precise printing.No Burr, Low RoughnessSpecial processing technology and post-treatment to ensure no burr in the orifice, brighter and cleaner inside the orifice, making the roughness of the inner hole less than

Nano-coating, High HardnessThe overall surface has DLC nano-coating, the coating hardness is HV2500, and the friction coefficient is 0.03. Adopting high-quality imported high-speed steel bar, its high-temperature hardness can reach HRC62.High-Temperature ResistanceThe whole high-temperature resistance is 450°C so that it can easily print PEEK and other special engineering plastics. Highly polished, small adhesion, and high-wear resistance make it can meet the requirements of precise printing.No Burr, Low RoughnessSpecial processing technology and post-treatment to ensure no burr in the orifice, brighter and cleaner inside the orifice, making the roughness of the inner hole less than

1. The consumables compatible with printing are PLA, PETG, ABS, TPU, TPE, HIPS, PA-CF, WOOD and other consumables.2. Easy to take the mold, remove the steel plate after printing and cooling, and gently bend the model can be detached.3. Adopt high elasticity folding stainless steel plate, folding and bending resistance.4. High-temperature resistance, large adhesion, after frosted surface, do not apply glue printing ABS and other easy warping materials.5. PET diamond texture texture surface has diamond texture on the bottom of the printing surface, which is more beautiful.