Carbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartSolid carbide port tools are harder than carbide-tipped port tools and provide good wear resistance when machining the toughest materials. They cut a complex shape into an existing hole for a precise fit when installing ports in the hole.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to CartCarbide-tipped port tools offer the strength and wear resistance of carbide steel on just the cutting edge. Use them to cut a complex shape into an existing hole for a precise fit when installing ports into the hole. They typically provide more strength than a high-speed steel or cobalt tool and are less brittle than a solid carbide tool.
+ Add to Cart