Printer Parts

Four Major Detection FunctionsNozzle clogging, filament runout, filament entanglement, and extruder faults.Real-time Status IndicationDuring normal printing: Blue light flashes, red light off. Material shortage: Red light on, blue light on or off. Material blockage (nozzle clog): Blue light on or off, red light off.Firmware SupportCompatible with Klipper, Marlin, and RepRap firmware.Bidirectional FeedingNo need to distinguish between the inlet and outlet of the filament, enabling fast, convenient installation, and flexible placement for maximum space utilization.Photoelectric Sensing TechnologyThe theoretical detection length is 2.88mm, more precise.Three Mounting HolesThe back is designed

Good Thermal Conductivity and High HardnessThe roughness of the inner wall of the pipeline RaSmooth Feeding without Leakage45 chamfer design at the throat thread, smooth feeding, and cross-sectional area of the pipe mouth. Flat and smooth, highly compatible with mating accessories.Good High-temperature Resistance and Thermal ConductivityMade of high-quality 6063 aluminum, the hotend kit is resistant to high temperatures of 300 degrees Celsius, with a surface finish of 0.5, durable, corrosion-resistant, waterproof, and rust-resistant, with high precision.Compatible ModelThis hotend heat block kit is compatible with Elegoo Neptune 4 3D printers.

1. There is a layer of hardened film on the surface of the magnet to prevent the surface from being easily scratched, crushed, torn, peeled off, heated degummed, etc., to ensure that the magnet is more durable and has a longer life.2. Using magnetic stickers with higher temperature resistance, the temperature resistance is about 100°C. Compared with the magnetic stickers with a temperature resistance of only about 80°C, materials with higher platform temperature requirements can be printed.3. Using 1.5mm thick strong magnetic stickers, the overall magnetism is improved to prevent deformation and warping of the steel plate.Precautions:1. The surface cannot be touched with a high-temperature

1. Compatible Models: This double-side texture PEI build plate is compatible with the K1/ K1 Max 3D printer.2. Premium Double-Side PEl Coating: With heat and wear-resistant, frosted PEl coating, the plate surface is not easily scratched or damaged.3. Double-Sided Printing, Cost-effective: The PEI Sheet has a double-sided PEI coating, and both sides can be used.4. Excellent flatness, easy model removal: The spring steel plate not only has high flatness but also good elasticity, it does not deform after repeated bending, and the printed model is easy to remove.5. Easy to Use: Dual handles and positioning hole design make it easier to install and use.

1. Integrated shaft design, the metal gear will not fall off, ensuring better concentricity of the gear, reducing eccentric rotation of the gear due to assembly, and ensuring that the gear delivers filament more evenly.2. Solve the problems of inconsistent extrusion and poor filament grip that often occur in extruders.3. The driven gear uses double ball bearings, with smaller clearance and higher precision.4. 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

1. PEY has star pattern, making the mode beautiful.2. This build plate has double-sided printing surface, which is convenient and practical, saving and protecting the environment.3. PEI high-temperature resistance, good scratch resistance, adhesive strongly.4. No glue, easy to use, anti-warping, and strong stickiness.5. Stainless spring steel, good flatness, easy to take the mode.6. Easy to clean, wipe it off with a wet tissue or alcohol before printing.7. PEY and PEI sheets can work at 160°C-180°C for a long period, PEY can not over 180°C, PEI can not over 260°C.

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

1. PEY has star pattern, making the mode beautiful.2. This build plate has double-sided printing surface, which is convenient and practical, saving and protecting the environment.3. PEI high-temperature resistance, good scratch resistance, adhesive strongly.4. No glue, easy to use, anti-warping, and strong stickiness.5. Stainless spring steel, good flatness, easy to take the mode.6. Easy to clean, wipe it off with a wet tissue or alcohol before printing.7. PEY and PEI sheets can work at 160°C-180°C for a long period, PEY can not over 180°C, PEI can not over 260°C.

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

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. This CHT nozzle is made of durable brass material and has PTFE (Teflon) coating. It can offer a large flow, which is excellent for high-speed 3D printers to increase printing speed.2. It has a smooth inner wall without burrs, which can bring smooth printing and is anti-drawing.3. With a max printing temperature of 300 Celsius, it can provide good thermal conductivity.

1. There is a layer of hardened film on the surface of the magnet to prevent the surface from being easily scratched, crushed, torn, peeled off, heated degummed, etc., to ensure that the magnet is more durable and has a longer life.2. Using magnetic stickers with higher temperature resistance, the temperature resistance is about 100°C. Compared with the magnetic stickers with a temperature resistance of only about 80°C, materials with higher platform temperature requirements can be printed.3. Using 1.5mm thick strong magnetic stickers, the overall magnetism is improved to prevent deformation and warping of the steel plate.Precautions:1. The surface cannot be touched with a high-temperature

1. This CHT nozzle is made of durable brass material. It can offer a large flow, which is excellent for high-speed 3D printers to increase printing speed.2. It has a smooth inner wall without burrs, which can bring smooth printing and is anti-drawing.3. With a max printing temperature of 300 Celsius, it can provide good thermal conductivity.

1. This nozzle is made of high-quality Chromium Zirconium Copper, it has a max printing temperature of 450 Celsius and good thermal conductivity.2. The appearance is smooth and shiny, without burrs, and the lettering is clear, allowing you to have better discrimination.3. It has a smooth inner wall and a small viscosity coefficient, bringing smoother filament output.

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

These durable 3D printer hotend nozzles are made of high-quality brass materials, they are V6 standard nozzles with M6 thread.

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

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. This MK8 CHT nozzle is made of durable brass material. It can offer a large flow, which is excellent for high-speed 3D printers to increase printing speed.2. It has a smooth inner wall without burrs, which can bring smooth printing and is anti-drawing.3. With a max printing temperature of 300 Celsius, it can provide good thermal conductivity.

These volcano nozzles are made of durable brass materials, and the V6 standard nozzle with M6 thread is perfect for your 3D printers.

1. Adopting high-quality thermoforming, high-temperature carburizing, and hardening treatment, this nozzle has super wear resistance, heat resistance, high hardness, high toughness, and long service life. It is compatible with most high-temperature printing filaments on the market.2. The bottom of the nozzle is flat and fits perfectly with the throat, effectively avoiding material leakage, and the chamfer is rounded to reduce the resistance of the edges to the consumables.Tips for nozzles:When disassembling, heat to over 200 Celsius before disassembling!

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

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. This nozzle is made of high-quality Chromium Zirconium Copper, it has a max printing temperature of 450 Celsius and good thermal conductivity.2. The appearance is smooth and shiny, without burrs, and the lettering is clear, allowing you to have better discrimination.3. It has a smooth inner wall and a small viscosity coefficient, bringing smoother filament output.