These round stainless steel inserts have polyurethane faces and are tapped for rear mounting. Their textured polyurethane face is bonded to the insert and allows airflow to prevent suction from forming between the gripper and the work surface. They are suitable for use on delicate or finished workpiece surfaces. Stainless steel is corrosion resistant, making it ideal for applications in harsh environments.

These round acetal inserts have flat faces and are counterbored for front mounting. Acetal provides low friction and will not scratch or stain delicate or finished workpiece surfaces.

These round acetal inserts have flat faces and are tapped for rear mounting. Acetal provides low friction and will not scratch or stain delicate or finished workpiece surfaces.

These round steel inserts have flat faces and are counterbored for front mounting. Their flat face provides a large contact area for even force distribution. Steel is suitable for general workholding, positioning, and toolholding applications.

These round steel inserts have flat faces and are tapped for rear mounting. Their flat faces provide a large contact area for even force distribution. Steel is suitable for general workholding, positioning, and toolholding applications.

These round stainless steel grippers have flat faces and a tapped through-hole for front or rear mounting. Their flat face provide a large contact area for even force distribution. Stainless steel is corrosion resistant, making it ideal for applications in harsh environments.

These round steel inserts have serrated faces and are counterbored for front mounting. Their diamond-pattern serrations provide a firm grip for applications that require positive holding.

These round steel inserts have a serrated face and a tapped through-hole for front or rear mounting. Their diamond-pattern serrations provide a firm grip for applications that require positive holding.

These round steel grippers have carbide-tipped serrated faces and are blind-hole tapped for rear mounting. Their carbide diamond-pattern serrations make them harder and more wear resistant than steel. They provide a firm grip for applications that require positive holding.

These round stainless steel inserts have abrasive diamond faces and are counterbored for front mounting. Their diamond surface firmly grips workpieces without marring or damaging work surfaces, is wear resistant, and ideal for smooth or slippery applications. Stainless steel is corrosion resistant, making it ideal for applications in harsh environments.

These round stainless steel inserts have abrasive diamond faces and are tapped for rear mounting. Their diamond surface firmly grips workpieces without marring or damaging work surfaces, is wear resistant, and ideal for smooth or slippery applications. Stainless steel is corrosion resistant, making it ideal for applications in harsh environments.