Carbide Concrete Drill Bits & Accessories

For milling hard or reinforced concrete, a tool designed to overcome high compressive strength is best. Our patented Rolling Wedge tools use a slicing action with multiple carbide teeth, allowing them to cut through concrete, asphalt, and even rebar efficiently without the high-impact stress of traditional bits.

A carbide-tipped bit has a small, extremely hard piece of tungsten carbide at its cutting end, brazed onto a steel shank. Our tools advance this concept with nine solid carbide teeth per rolling tool, distributing the load and wear for dramatically longer life in surface milling applications.

Carbide is one of the hardest materials for cutting tools, making it ideal for abrasive materials like concrete. However, tool design is key. Our rolling-wedge action leverages carbide's strength more effectively, providing up to 10 times the lifespan of standard picks in comparable milling environments.

Our tools are engineered to cut through many grades of rebar and wire mesh. The unique rolling-slicing action prevents the tools from jamming or stalling—a common issue with traditional picks. This allows for continuous milling on reinforced surfaces without costly downtime or tool breakage.

Absolutely. Our system is designed to transform a standard skid steer, both rubber-tire and track models, into a production-grade road milling machine. This grants powerful milling capabilities on confined job sites and increases your fleet's versatility without requiring large, dedicated equipment.

The time savings are significant. A full drum changeout with our Rolling Wedge tools takes approximately 20 minutes. This is a dramatic improvement compared to the 1-2 hours typically required to replace traditional carbide picks, getting your equipment back to work faster and maximizing uptime.