Imdinnogo 3D Printer Accessories Upgrade Extruder Gear Kit for X1C X1 P1P P1S Active Extrusion Wheel Assembly: 1Pcs Nano-Coated Gears Improved

Imdinnogo 3D Printer Accessories Upgrade Extruder Gear Kit for X1C X1 P1P P1S Active Extrusion Wheel Assembly: 1Pcs Nano-Coated Gears Improved

Must Spare Printing Hot End parts: Hobb Level assembly wheel, directly repair for your original P1P X1 P1S print head, or DIY your own FDM machine. Upgraded Slant Bearing 1: CNC Processing technology, Skeletonized POM and nano-coated mold steel. Compare with hardend steel material, it is more durable and stable. Upgraded Slant Bearing 2: The integrated shaft design ensures better concentricity of the gears, reduces eccentric rotation of the gears due to assembly, and ensures that the gears transport different filament PLA ABS TPU PETG ASA more evenly. Upgraded Slant Bearing 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, improve the bearing capacity of the gear and extend the service life of the gear. Upgraded Slant Bearing 4: The middle of the bearing with groove, which is beneficial to tighten the filament, especially soft filament like TPU, NEVER Skid. The other bearing hold the stepper motor, smooth. What you get?
1 Kit upgrade Slant extruder gear for your P1P P1S X1 3D Printer

About the Product：
1. Name: Nano coating extrusion head gear kit
2. Applicable models: For X1 series, P1P and P1S, etc.
3. Processing technology: CNC
4. Material: POM and nano-coated mold steel
5. Helical gear design, meshing performance is better, gear transmission is smoother, more linear power transmission. Transmission overlap is large, long meshing time, and a large contact area, so that the stress becomes smaller, thus improving the gear's load-bearing capacity, as well as extending the service life of the gear. Lightweight design, to ensure the strength of the gear itself under the condition of hollowing out the gear's excess material, reduce the weight of the gear.