VEVOR linear motion table actuator, effective stroke 100 mm, ball screw CNC linear motion guide with dual optical axes, C7 high-precision class, bearing-mounted slide block with manual handwheel, X, Y, Z axes

Features and Details

CNC linear motion table actuator: The kit includes one linear motion table actuator with a 100 mm effective stroke and one handwheel. Compatible with 3D printers, compact CNC machines, and industrial robots.

High-precision ball screw: Equipped with a high-quality ball screw, dual linear guides, and a ball-bearing slide block. The electrolytic coating enhances long-term precision and durability.

Quiet and smooth operation: The built-in ball-bearing slide blocks ensure quiet, low-friction movement and a firm grip on the axis for stable linear motion. Less noise, less wear, and greater precision with every movement.

Reliable load-bearing capacity: The CNC linear motion table actuator provides both horizontal and vertical motion. It supports up to 10 kg horizontally and 5 kg vertically without vibration.

The set includes a handcart: The CNC linear guide is equipped with an additional handwheel that allows for precise manual adjustment of the position.

With a 100 mm stroke and a handwheel, this linear actuator is suitable for industrial automation applications. It is equipped with a high-precision ball screw, precisely positioned mounting holes, and a low-noise ball-bearing slide block that reduces vibration. The stepper motor ensures smooth, jam-free movement.

Anti-corrosion electroplating

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

Ball screw

The built-in ball bearings reduce friction and operating noise, ensuring smooth and stable movement. This CNC linear motion table actuator guarantees smooth sliding and enhanced durability.

High precision

Precisely machined mounting holes and their spacing minimize installation errors in linear guides. This ensures high repeatability and precise motion even over longer travel distances.