Xrido Group’s End-of-Life Vehicle Crusher: A Highly Efficient Solution for Scrap Metal Recycling Plants

In the operation of scrap metal recycling plants, the processing of end-of-life vehicles has always been a core challenge – vehicles have complex structures, containing diverse materials such as steel frames, aluminum parts, plastic interiors, and glass. Traditional shredding equipment is prone to problems such as material jamming, uneven crushing, and incomplete metal separation, severely restricting recycling efficiency and profitability. Xrido Group’s professional end-of-life vehicle Crusher, with its customized technical design, easily solves the challenges of end-of-life vehicle processing, becoming a core productivity tool for scrap metal recycling plants.

The core advantage of Xrido Group’s end-of-life vehicle Crusher lies in its deep adaptation to the complex structure of end-of-life vehicles. The equipment employs a heavy-duty dual-shaft low-speed, high-torque structure, equipped with 30mm thick tungsten carbide alloy blades arranged in a staggered pattern. Through a dual action of “powerful shearing + crushing,” it can directly process entire scrapped vehicles. Whether it’s a rigid steel frame, a welded reinforced chassis, or plastic interior trim clad in metal, it can be crushed into a uniform mixture of 10-20cm in size in a single pass, avoiding the pain points of traditional equipment that requires disassembly before crushing, resulting in cumbersome processes. Simultaneously, the equipment features an anti-entanglement design, effectively handling flexible materials such as wires and hoses from vehicles, increasing continuous operating time by 60% and significantly reducing downtime for cleaning.

In actual production at waste metal recycling plants, this crusher has demonstrated exceptional synergy and efficiency. After crushing, the metal and non-metal impurities (plastics, glass) in the mixture are initially separated. When entering the subsequent magnetic separation and eddy current separation stages, the metal recovery rate increases to over 98%. Core metal resources such as steel and aluminum can be directly purified into recycled raw materials, while impurities such as plastics and glass are precisely separated, achieving “full resource utilization and zero waste.” Data shows that a waste metal recycling plant equipped with Xrido Group’s end-of-life vehicle Crusher can process 30-50 end-of-life vehicles per day per unit, increasing processing efficiency by 3 times compared to the traditional dismantling + crushing model, and reducing labor costs by 50%.

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  Metal Crusher

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  Metal Shredder

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  Scrap Steel Wire Crusher

Furthermore, Xrido Group’s end-of-life vehicle Crusher also prioritizes safety and environmental protection. The equipment uses a fully enclosed crushing chamber and a negative pressure dust removal system, which controls the metal dust and paint volatiles generated during the crushing process within national standards, meeting the environmental requirements of waste metal recycling plants. A built-in intelligent overload protection system automatically adjusts the torque output when it detects ultra-hard components such as engine blocks, preventing blade breakage or motor damage, reducing maintenance costs by 30%. Meanwhile, the equipment can seamlessly integrate with the factory’s conveying, sorting, and packaging production lines, achieving full automation of the “vehicle entry – crushing – sorting – finished product output” process, further improving factory operational efficiency.

Against the backdrop of a year-on-year increase in the number of scrapped vehicles, Xrido Group’s scrap vehicle Crusher, with its characteristics of “high-efficiency crushing, high resource recovery, and low operating costs,” has become an essential piece of equipment for upgrading waste metal recycling plants. Choosing Xrido Group can not only break through the bottleneck of scrap vehicle processing but also increase the factory’s metal recycling capacity and revenue, helping companies gain a competitive advantage in the waste metal recycling sector and promoting the implementation of resource recycling.