Fafeicy Linear Guide Rail 400mm, Bearing Steel Micro Motion Slide for CNC

Spec: Item Type: Linear Guide Rail Slider Width: Approx. 20mm / 0.79in Slider Thickness: Approx. 8mm / 0.31in Overall Thickness: Approx. 10mm / 0.39in Slide Rail Width: Approx. 9mm / 0.35in Length: Approx. 400mm / 15.75in Number of Sliders: 1 Material: Bearing steel Application: For such as sliding door slip, curtain upper chute and tracks, also be used on any machine or equipment that requires a sliding slide Package List: 1 x Linear Guide Rail How To Use: 1. Place the slide block parallel to the guide rail 2. Gently push the slider to enter the guide rail 3. The slider enters the guide rail 4. The installation is successful without dropping the steel ball

• [ & VERSATILITY] This linear guide rail is engineered for applications including CNC machine tools and injection machines. It also excels in 3D printer equipment and miniaturization devices, making it perfect for any field requiring precise transmission control and reliable positioning.
• [HEAVY DUTY BEARING STEEL] Constructed from premium bearing steel, this linear motion slide rail offers exceptional load bearing capacity. Its automatic centering function delivers micron level positioning accuracy, ensuring consistent and reliable performance even under demanding conditions.
• [FULL INTERCHANGEABILITY] Designed for maximum convenience, this linear guide features complete interchangeability. You can easily replace the sliding block, guide rail, or the entire guide group to restore high performance without needing to purchase a completely new system.
• [SMOOTH & DURABLE SLIDER] The sliding block incorporates a steel wire retainer structure that effectively prevents steel balls from falling out. With precisely arranged columns, it minimizes friction for light, smooth, and unimpeded motion, resulting in a significantly extended service life.
• [JAM FREE SEALED SYSTEM] Featuring a comprehensive sealing system, this linear guide rail ensures smooth sliding without any jamming. The sealed design protects internal components from contaminants, maintaining high positioning accuracy and reliable operation in various working environments.