VEVOR Dividing Head, K11-100mm 3-Jaw Chuck, CNC Router Milling Machine Rotational Axis 4th Axis A Axis Indexing Head, 65 mm Center Height MT2 Tailstock 6:1 Gear Ratio, Universal for Engraving

Product Features CNC Rotational Axis 4th Axis

Transform your CNC machine with the capability to carve from various angles and positions, effortlessly processing complex parts with curves or angular features. Featuring a K11-100mm 3-jaw chuck, this dividing head for milling machine boasts an inner through-hole diameter of 0.9”/22 mm and a center height of 2.6”/65 mm, enabling you to tackle intricate designs with ease and precision.

With a 6:1 reduction ratio, our indexing dividing head lowers the motor’s rotation speed, providing a broader range of indexing angles for your machining tasks. It assists in precisely positioning workpieces to achieve the desired angles, ultimately enhancing machining accuracy. Additionally, the reduction in speed ensures smoother motor operation, reducing machine vibrations and noise for a quieter and more refined workspace.

Equipped with the Nema23 2-phase stepper motor, it measures a compact 2.2×2.2×2.2 inches (57×57×56 mm) and features four leads. This motor delivers precise positional control with a robust internal structure, ensuring high reliability and durability even during extended operation. Trust in its performance for the long haul.

The indexing head milling’s exterior is crafted from robust 6061 aluminum alloy, treated with an anodized surface finish for exceptional wear and corrosion resistance, which ensures the protection of internal components from the harshest environmental conditions, providing longevity and reliability you can count on.

Our K11-100MM 3-jaw chuck uniformly secures various types of workpieces with formidable clamping force. It comes complete with 3 internal and 3 external jaws, accommodating a maximum clamping diameter of 0.08 to 1.18’‘ (2 to 30mm) for internal jaws and 1.18 to 3.15’‘ (30 to 80mm) for external jaws. Changing jaws is a breeze, ensuring that your workpiece maintains precise positioning and orientation throughout the machining process.