Pointed Live Center

Designed for high-speed applications, this live center has a high accuracy and low friction.

A specialized center for holding delicate or small workpieces securely on the lathe.

Features a spring mechanism that allows for the adjustment of pressure during operations.

Offers a tapered design for enhanced grip and stability in various applications.

Designed with a V-shaped tip for better centering on uneven surfaces and contours.

Designed to perform optimally at various speeds, it provides versatility for different materials.

A versatile chuck known for its quick setup and ability to grip round and hexagonal objects.

Allows for easy centering of irregularly shaped workpieces while mounted on the lathe.

A center that can be adjusted for height and angles, perfect for custom applications.

Utilizes ball bearings for smoother rotation and reduced wear and tear.

A dead center with a spherical tip, ideal for applications requiring precision and stability.

Features a rounded tip for easier centering on workpieces, ideal for larger projects.

Equipped with a carbide tip for improved durability and resistance to wear during extensive use.

Incorporates a built-in cooling system to reduce heat buildup during high-speed operations.

Designed specifically for engraving tasks, this center provides enhanced precision.

A non-rotating center, designed to be used in conjunction with a live center for increased stability.

A tailstock center equipped with a digital readout for precise measurements and adjustments.

Designed for heavy workloads, capable of handling larger projects without compromising precision.

An adapter that allows for different types of centers to be mounted on standard lathe machines.

Essential for supporting workpieces, it can accommodate various types of centers and tools.

Features an extended design for reaching deep into workpieces or awkward angles.

A live center that fits into a Morse taper socket, providing precise rotation and minimal runout.

Allows for workpiece adjusting on multiple axes, enhancing flexibility in machining processes.