Kubota Skid Steer Attachments

The 70/30 rule is a safety and performance guideline for skid steers. It states that the rated operating capacity (ROC) should be no more than 70% of the machine's tipping load for track loaders, and 50% for wheeled loaders. The remaining 30% provides a safety margin to prevent tipping during operation, especially when lifting heavy loads or working on uneven terrain.

Our technology uses a patented 'rolling-wedging-lifting' action that exploits the material's low tensile strength. This is fundamentally different from the 'hammer and chisel' impact of carbide picks. The result is a smoother cut, less vibration, significantly less wear on the tools, and the ability to mill without the excessive heat and stress of traditional methods.

Absolutely. A key advantage of our system is the ability to mill asphalt and concrete, even in a single pass, without needing to change tools. Our cutters are also designed to handle reinforced concrete, cutting through many grades of rebar without jamming or breaking. This versatility saves significant time and labor on complex job sites.

Maintenance is drastically reduced compared to conventional systems. While carbide picks often need replacement twice a week, our Rolling Wedge tools typically last 1-3 months in similar conditions. A full drum changeout takes only about 20 minutes, compared to 1-2 hours for traditional picks, maximizing your uptime and productivity on the job.

We offer a range of milling drum widths to suit various project scales and skid steer sizes. Our available cut widths include 18 inches, 24 inches, 30 inches, and 40 inches. This allows you to select the optimal size for your specific applications, from narrow utility cuts to broader surface milling projects, ensuring maximum efficiency.

No, water is not required for the operation or cooling of the Rolling Wedge milling tools. The unique rolling action prevents the tools from overheating. Water may still be used for dust suppression to comply with local regulations or job site requirements, but it is not necessary for the mechanical function of the attachment.