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Description of the use case / service / project
Problematic: Overheating and Downtime in Industrial Recycling Operations
Industrial recycling facilities frequently encounter significant challenges related to equipment overheating and unplanned downtime. These issues can lead to:
- Reduced operational efficiency
- Increased maintenance costs
- Potential safety hazards
Overheating typically arises from the high demands placed on machinery when processing heavy-duty materials such as industrial waste, car bodies, and other metals. This excessive heat generation can result in production stoppages and escalated maintenance needs.
Solution: EZR 2200HD Hydraulic Pre-Shredder by MTB Recycling
To address these challenges, MTB Recycling offers the EZR 2200HD Hydraulic Pre-Shredder, designed to enhance processing capabilities and minimize maintenance requirements.
Key Features and Advantages:
- High Installed Power: The EZR 2200HD boasts an installed power range of 430 to 610 kW, delivering a formidable force of 70 to 99 tons at the tooth tip. This substantial power enables efficient handling of heavy-duty materials without the risk of overheating.
- Automatic Flow and Torque Regulation: Equipped with advanced automatic flow and torque regulation, the pre-shredder adjusts its operations in real-time to accommodate varying material loads, ensuring consistent performance and preventing thermal overload.
- Pre-Installed Hydraulic System: The inclusion of a pre-installed hydraulic system simplifies the installation process, reducing both downtime and maintenance requirements. This design feature allows for immediate integration into existing recycling lines.
- Optimized Dimensions: With a length of 2200 mm and a diameter of 1080 mm, the EZR 2200HD is engineered for efficient material processing, contributing to improved recycling efficiency and reduced operational costs.
By integrating the EZR 2200HD Hydraulic Pre-Shredder into their operations, industrial recycling facilities can effectively mitigate issues related to equipment overheating and unplanned downtime, leading to enhanced productivity and cost savings.