Road Milling Bits for Asphalt & Concrete

Operating lives of 10x and longer than standard carbide picks have been reported for Rolling Wedge tools in asphalt milling. Customers often replace our tools every 1-3 months, compared to changing conventional picks multiple times a week. This leads to dramatic savings in both tool cost and maintenance labor, maximizing your equipment's uptime on the job.

Yes. Our milling tools are engineered to effectively cut both asphalt and concrete, including mixed surfaces, in a single pass. This versatility eliminates the need to stop and change tools when transitioning between materials, saving valuable time and labor on the job site. They can even cut through many grades of rebar without jamming.

Our tools are designed for broad compatibility. They can be integrated into skidsteer-mounted planer attachments from manufacturers like Bobcat, Caterpillar, and Virnig, as well as large road milling machines from brands like Roadtec. We offer various drum cut widths and tool sizes to fit your specific equipment and application needs.

No, water is not required for the operation or cooling of Rolling Wedge tools. The rolling action and carbide tooth design prevent the excessive heat buildup common with traditional picks. While water is not needed for tool function, it can still be used for standard dust suppression on the job site as required by environmental regulations.

Our milling bits excel in reinforced concrete. The rolling-wedge action is designed to cut through many grades of rebar and wire mesh without jamming, stalling, or breaking tools. This capability significantly reduces downtime and tool destruction that often occurs when traditional carbide picks encounter steel reinforcement during a milling operation.

A full drum changeout on a 24-inch planer attachment can be completed in as little as 20 minutes with our Rolling Wedge system. This is a significant time savings compared to the 1-2 hours typically required to replace individual carbide picks, allowing your crew to spend more time milling and less time on maintenance.