With the advancement of “zero-waste city” construction, the demand for material handling in industrial manufacturing, automobile recycling, and environmental disposal is becoming increasingly diversified. From thin packaging waste to industrial components weighing several tons, from single materials to mixed waste, the differences in material form and properties make traditional equipment difficult to adapt. XRIDO Group accurately grasps the industry pain points and achieves full-dimensional material coverage through scenario-based design of industrial and heavy-duty shredders. It tailors efficient recycling solutions for different industries, becoming a core equipment supplier in the circular economy field.
Industrial Shredder
Heavy duty Shredder
Single Shaft Shredder
In light industrial manufacturing scenarios, XRIDO industrial shredders have become the first choice for mixed waste treatment due to their “flexible adaptability.” Industries such as food processing and packaging printing generate large amounts of mixed waste daily, consisting of “plastic film + paper packaging + metal parts.” This waste is complex in composition and scattered in form, making sorting difficult and processing efficiency low with traditional equipment. The XRIDO industrial shredder features a widened feed opening (up to 1.5 meters) and an adjustable cutter roller gap design. Combined with a dual-shaft independent drive system, it can quickly tear flexible plastic films and shear hard metal clips, uniformly crushing mixed waste into 5-15cm particles. After introducing this equipment, a large food processing plant processes 15 tons of mixed packaging waste daily. The crushed materials can be recycled separately after simple sorting, increasing the plastic recycling rate to 92% and the paper waste pulping utilization rate to 85%. This represents a 6-fold increase in efficiency compared to traditional manual sorting, saving over 500,000 yuan in labor costs annually.
In heavy industry and resource recycling scenarios, the XRIDO heavy-duty shredder tackles the challenges of processing large, high-hardness materials with its robust capabilities. Waste car bodies and engine blocks from the automotive dismantling industry, waste steel bars and concrete blocks from the construction industry, and large pieces of waste and industrial slag from environmental disposal all require high-strength crushing equipment to achieve volume reduction and resource recovery. The XRIDO heavy-duty shredder features a thickened manganese steel welded structure, equipped with dual 200kW high-power motors and extra-large diameter cutter rollers, delivering a torque output of up to 1200kN·m. It can easily shred steel plates up to 20cm thick, scrap steel pipes up to 1 meter in diameter, and entire pieces of scrap agricultural machinery. Customized cutter sets can be customized to meet different needs: wear-resistant toothed blades for construction waste, flat blades for biomass materials, and eagle-beak curved blades for metal waste. Blade set replacement takes only 4 hours. In a construction demolition project in Germany, this heavy-duty shredder processes 80 tons of mixed concrete and steel reinforcement waste daily, achieving a 98% steel reinforcement recovery rate after shredding. The concrete particles can be directly used in the production of recycled aggregates, realizing resource recycling.
From domestic electronics industrial parks to overseas recycling bases, from small and medium-sized processing plants to large industrial groups, XRIDO industrial shredders and heavy-duty shredders have covered more than 30 industries and over 50 countries and regions. Beyond the equipment’s multi-material adaptability, XRIDO Group offers full lifecycle services: pre-sales include trial testing and customized solutions based on customer material characteristics; during sales, technical teams are dispatched for on-site installation and commissioning; and after-sales services utilize an IoT system for remote fault diagnosis and maintenance guidance. In the future, XRIDO Group will continue to integrate AI intelligent control and energy-saving technologies to further expand the scope of material handling, improve equipment operating efficiency, and provide more efficient and environmentally friendly material handling solutions for the global circular economy.
