Cat® multi‑processor attachments are versatile demolition tools designed to perform multiple tasks, such as cutting, crushing, pulverizing, and material separation, with a single attachment body. Used primarily on excavators, they feature interchangeable jaws that can be swapped to match specific applications, including concrete demolition, steel processing, rebar cutting, and recycling. This flexibility allows operators to handle different phases of a demolition or recycling job efficiently without changing base attachments, helping improve productivity, reduce downtime, and lower operating costs in demolition, construction, scrap processing, and recycling applications.

Cat® multi‑processor attachments are available with a range of interchangeable jaw types to match specific demolition and material‑processing tasks. Common jaw options include concrete pulveriser jaws for crushing and separating concrete from rebar, steel shear jaws for cutting structural steel and metal, and combination jaws designed for mixed demolition work involving both concrete and light steel. Additional options such as primary demolition jaws are used for heavy concrete breaking in initial demolition stages. This selection of jaw types allows a single Cat® multi‑processor to efficiently handle multiple phases of demolition and recycling, improving versatility, productivity, and jobsite efficiency.

Cat® multi‑processor attachments are used across industries that require efficient demolition, material processing, and recycling. They are most applied in demolition for concrete breaking and steel cutting, construction for structural removal and site redevelopment, and scrap and recycling operations for processing concrete, rebar, and metal. Multi‑processors are also widely used in industrial dismantling, infrastructure renewal, and material recovery projects. Their ability to perform multiple tasks with interchangeable jaws makes them especially valuable for operations that demand flexibility, reduced downtime, and high productivity in demanding work environments.