VEVOR belt-driven linear guide, CNC linear motion table actuator with a NEMA 34 stepper motor, 1,300 mm travel, high-speed motorized solution for engraving machines, CNC milling machines, and 3D printers

Features and Details

CNC Linear Guide Kit: The set includes one linear motion guide with an effective stroke of 1,300 mm, compatible with engraving machines, CNC milling machines, and 3D printers.

Protection against rust and corrosion: Manufactured with a PU belt, an aluminum alloy slide block, and a NEMA 34 stepper motor. Equipped with an ≥10 μm thick electroplated coating that provides protection against rust and corrosion even in humid environments, such as basements.

Reliable load-bearing capacity: The linear guide ensures stable horizontal and vertical movement. It can move up to 40 kg horizontally and 20 kg vertically.

High precision with no deviations: Provides ±0.05 mm repeatability. Precisely machined mounting holes and their spacing ensure precise movement over a long stroke and easy installation.

Easy installation: No additional installation tools are required. The linear motion guide kit is designed for quick installation and is suitable for DIY assembly or for replacing existing guides.

Includes a CNC guide rail with an effective stroke of 1,300 mm. Equipped with a PU belt drive, precisely drilled mounting holes and spacing, as well as an electrostatic coating that reduces vibration and ensures quiet operation. The stepper motor guarantees smooth, efficient, and continuous movement without jamming.

Anti-corrosion electroplating

The surface of the linear motion guide is coated with an electroplated layer ≥10 μm thick, which provides protection against rust and corrosion even in damp environments, such as basements, thereby extending its service life.

PU Belt Drive

PU belts are more wear-resistant and tear-resistant than rubber belts, ensuring fast and quiet operation without the need for lubrication. This linear guide is suitable for smooth and long-lasting motion control.

High precision

Precisely machined mounting holes and their spacing minimize installation errors in linear guides, ensuring high repeatability and precise motion even over long travel distances.