XRIDO 670 Tracked Mobile Shredder

A versatile tool for multiple scenarios, the XRIDO 670 tracked mobile shredder bridges the resource recovery link between metal and bulky waste.

The recycling and urban solid waste disposal industries have long faced two major pain points: high transportation costs for bulky scrap metal and the difficulty in centralizing the processing of scattered bulky furniture waste from communities. Traditional fixed shredders are limited by space constraints, resulting in significant manpower and financial losses from round-trip transportation. The XRIDO 670 tracked mobile shredder offers a dual-purpose solution, integrating the functions of a metal shredder and a bulky waste shredder. It has become a core piece of equipment for cost reduction and efficiency improvement for solid waste recycling companies, and is widely used in end-of-life vehicle dismantling stations, sanitation disposal centers, and construction waste recycling sites.

In traditional metal recycling operations, scrapped vehicle frames, corrugated steel sheets, thick-walled steel pipes, and waste appliance casings are bulky. Manual cutting and pre-processing is time-consuming and labor-intensive. Ordinary metal shredders can only operate in fixed plants, and the material transportation costs to remote waste dumps remain high. The XRIDO 670 tracked mobile shredder features a heavy-duty steel tracked chassis with low ground pressure, allowing it to move freely in muddy waste sites and uneven construction sites. No concrete foundation is required, and relocation only requires flatbed truck transport, enabling it to be put into operation on the same day it arrives. Internally, the equipment is equipped with a heavy-duty dual-shaft high-torque shearing structure, paired with high-wear-resistant alloy blades. As a high-performance metal shredder, it can feed whole materials such as scrap car shells, heavy scrap steel, and aluminum components without pre-cutting. Low-speed shearing reduces the risk of jamming, and hydraulic automatic reverse unblocking ensures stable 24-hour continuous operation. The shredded metal pieces are uniform and dense, with magnetic separation achieving a purity of over 98%, significantly increasing the selling premium for scrap steel and aluminum.

In urban sanitation systems, the output of bulky waste such as discarded sofas, mattresses, wooden wardrobes, and discarded appliances is increasing year by year. Landfilling takes up land, and incineration generates pollutants. Bulk waste shredders are essential equipment for achieving waste reduction. The XRIDO 670 features a widened 670mm feed hopper, allowing for direct feeding of entire wooden doors and complete fabric mattresses without disassembly. Optimized blade spacing ensures simultaneous shredding of mixed hard and soft waste, including wood, sponge, plastic, and metal mixtures, achieving a volume reduction ratio of up to 1:8. This significantly reduces the volume of shredded material, decreasing transport trips by 70%. Equipped with a dust removal system, the operation is dust-free, meeting urban environmental emission standards.

The equipment is equipped with a dual-power system (diesel and mains electricity). Suburban waste disposal sites without grid coverage can operate autonomously using diesel, while urban sanitation stations can connect to mains electricity for energy savings. The entire system features PLC intelligent remote control, allowing a single person to complete the entire process from feeding and shredding to discharging. One XRIDO 670 tracked mobile shredder can replace two separate sets of fixed equipment, namely a metal shredder and a bulky waste shredder, saving the costs of factory construction and maintenance of multiple pieces of equipment. Small and medium-sized recycling companies and sanitation outsourcing companies can recover the equipment cost within six months. It can handle both metal recycling and urban bulky waste disposal, thus broadening profit channels. It is a cost-effective and versatile disposal solution in the field of solid waste resource utilization.