Ritter Forest Products provides durable laminated timber mats and crane mat rentals in Oklahoma for construction, utility, pipeline, excavation, and industrial projects. Challenging terrain, unstable soil, wetlands, river crossings, marshes, and soft ground conditions can create serious safety risks and operational delays for heavy equipment. Our crane mats and timber mats help stabilize job sites, improve accessibility, and protect both machinery and workers in demanding environments.
Our laminated timber mats are engineered to support cranes, excavators, trucks, and other heavy equipment operating on uneven or unstable ground. Designed with three layers of solid hardwood, these mats deliver exceptional durability, flexibility, and long-lasting performance while remaining easy to transport and reposition throughout the worksite.
Ritter Forest Products offers Oklahoma crane mat rentals in standard sizes as well as custom configurations to meet the unique requirements of your project and equipment. Our mats can be used to create temporary access roads, stabilize individual pieces of machinery, provide secure work platforms, or create transition areas across steep inclines and difficult terrain.
For trenching and pipeline operations, we also provide custom-cut pipeline skids, timbers, shoring materials, and cribbing. These products help reinforce excavation areas, improve stability, and reduce the risk of cave-ins or other hazardous conditions on the job site.
We supply a full range of ground stabilization and matting products throughout Oklahoma, including:
- 3-Ply Laminated Mats
- Crane Mats
- Custom-Cut Mats
- Dragline & Digging Mats
- Outrigger Pads & Transition Mats
- Pipeline Skids & Timbers
- Shoring Materials & Cribbing
Ritter Forest Products proudly serves projects across Oklahoma, including Ponca City, Glenwood, Ardmore, Tulsa, and surrounding areas.
Contact Ritter Forest Products today to request a quote, learn more about our new and used crane mats, or discuss custom timber mat solutions for your next Oklahoma project.
