Linear Guide Rail Y Axis Upgrade Kit High Carbon Steel Modular Low Friction 2pcs for 3 and 4 3D Printers

1. [Compatible Model] This Y axes guide rail is suitable for Neptune 3 Maximum and for Neptune 4 Maximum 3D printers, ensuring accurate and stable motion during printing. 2. [Modular Design] There is no need for firmware or wiring modifications when using this linear guide rail, easy to upgrade, you can start printing immediately. 3. [Sturdy Construction] Crafted from high carbon cr steel, this guide rail has strong wear resistances for long lifespan, stable motion, low noise, and uniform force distribution. 4. [Low Friction] Featuring smoothly surfaces and low friction, this linear guide rail minimizes energy losses and mechanical wear, enabling printing speeds. 5. [Enhanced Stability] With high rigidity and stability, this linear rail maintains superior accuracy during movement, reducing printing vibrations and increasing overall print effects. Spec: Item Type: Y Axes Guide Rail Material: High Carbon Cr Steel Application: for Neptune 3 Maximum Y Axes, for Neptune 4 Maximum Y Axes How to Use: Take out the product for direct use. Package List: 2 x Y Axes Guide Rails 8 x Slider Blocks 1 Pack x Screw Accessories 1 x Accessory

• [Compatible Model] This Y axes guide rail is suitable for Neptune 3 Maximum and for Neptune 4 Maximum 3D printers, ensuring accurate and stable motion during printing.
• [Modular Design] There is no need for firmware or wiring modifications when using this linear guide rail, easy to upgrade, you can start printing immediately.
• [Sturdy Construction] Crafted from high carbon cr steel, this guide rail has strong wear resistances for long lifespan, stable motion, low noise, and uniform force distribution.
• [Low Friction] Featuring smoothly surfaces and low friction, this linear guide rail minimizes energy losses and mechanical wear, enabling printing speeds.
• [Enhanced Stability] With high rigidity and stability, this linear rail maintains superior accuracy during movement, reducing printing vibrations and increasing overall print effects.