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  • ELV Recycling Equipment: Car Balers, Shredders & Recycling Lines
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What is End-of-Life Vehicle ?
End-of-life vehicles (scrap vehicles, scrap cars, auto hulks) are cars, vans, buses or trucks that are no longer roadworthy or economically practical to repair. Before vehicle recycling begins, the vehicle is depolluted by removing fuels, oils, batteries, refrigerants and other hazardous components. Reusable parts are dismantled, while the remaining vehicle body is baled or shredded using specialised automotive recycling equipment. Car recycling recovers ferrous and non-ferrous metals, plastics, glass and other secondary raw materials. Efficient separation is also required to reduce automotive shredder residue (ASR), which contains mixed plastics, rubber, textiles, glass and fine particles that are difficult to recover.
  • Car Shear Car Dismantler Excavator
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    Car Shear Car Dismantler Excavator
  • MSE-EC2100 Engine Cracker for Metal Recovery
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    MSE-EC2100 Engine Cracker for Metal Recovery
  • SCE5000 & SCE6000 Mobile Car Baler for ELV Recycling
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    SCE5000 & SCE6000 Mobile Car Baler for ELV Recycling
  • MSB-H2200 Twin Shaft Hydraulic Vehicle Shredder
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    MSB-H2200 Twin Shaft Hydraulic Vehicle Shredder
  • MSE-H1800 Hammer Mill Shredder for Auto Recycling
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    MSE-H1800 Hammer Mill Shredder for Auto Recycling
  • Integrated ELV Recycling System
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    Integrated ELV Recycling System
How to Address Key Challenges in Auto Recycling
Auto recyclers today face a combination of operational and market pressures that are reshaping how end-of-life vehicles are processed and valued.
  • Limited Yard Space
  • Low Processing Efficiency
  • Insufficient Material Recovery
  • Complex Engines and Vehicle Components
  • Uncertain Capacity and Investment Requirements
  • Circular Economy and Energy-Cost Pressure
How Are End-of-Life Vehicles Processed?
  • Step 1
    • Vehicle Depollution
      Remove batteries, fuels, oils, refrigerants and hazardous or pressurised components.
  • Step 2
    • Parts Dismantling
      Remove reusable parts, catalytic converters, tyres, wheels and other valuable components.
  • Step 3
    • Engine and Gearbox Processing
      Remove engines and gearboxes intended for reuse or separate metal recovery; process non-reusable units with an engine cracker.
  • Step 4
    • Vehicle Baling or Pre-Shredding
      Compress or pre-shred the remaining depolluted vehicle hulk.
  • Step 5
    • Shredding and Separation
      The prepared vehicle hulk is shredded and sorted to recover ferrous and non-ferrous metals.
  • Step 6
    • ASR Recovery and Disposal
      The remaining automotive shredder residue (ASR) is further processed for material recovery, energy recovery or compliant disposal.
Choose the Right ELV Recycling Equipment for Your Business
Scrap Car Shear
ENERPAT Scrap Car Shear Manufacturer: End-of-life vehicles require efficient dismantling before baling, shredding or further recycling processes. The ENERPAT Scrap Car Shear uses powerful hydraulic cutting and clamping force to dismantle vehicle bodies, chassis and heavy metal components, improving material recovery and reducing manual processing requirements.

Key advantages include:
 Up to 115 Tonnes of Shearing Force: Cuts vehicle frames, chassis and tough metal structures efficiently
 Complete Vehicle Dismantling System: Combines excavator, dismantling pliers and bidirectional press frame
 Heavy-Duty Hydraulic Design: Delivers stable cutting performance for continuous recycling operations
 Flexible Excavator Compatibility: Designed for 12–25 ton excavators with customizable connections
 Improved Recycling Efficiency: Helps auto recyclers recover valuable metals before shredding and separation
Best for: Automotive dismantlers, ELV recycling facilities, salvage yards, scrap metal recyclers and vehicle processing companies
Get A Quote
Scrap Car Shear
Engine Cracker
ENERPAT Engine Crusher Manufacturer: Engines and gearboxes are removed before end-of-life vehicle bodies are baled or shredded and are processed separately. The ENERPAT Engine Cracker uses powerful hydraulic compression to break open these components, exposing aluminium, steel and copper for easier downstream separation.

Key advantages include:
Up to 210 Tonnes of Crushing Force: Breaks tough engine blocks and gearboxes
Improved Material Liberation: Exposes aluminium, steel and copper components
Hardox 400 Crushing Chamber: Resists impact and abrasive metal scrap
Hydraulic Safety Protection: Includes overload, thermal and pressure protection
Flexible Line Integration: Connects with magnetic separators, eddy current separators and hammer mills
Best for: Automotive dismantlers, salvage yards, scrap metal recyclers and engine-processing facilities
Get A Quote
Engine Cracker
Mobile Car Crusher Baler
The ENERPAT mobile car crusher baler is designed to compress depolluted end-of-life vehicles, vehicle hulks, light-gauge scrap and mixed metal waste into dense, uniform bales. Its mobile configuration allows recyclers to process bulky automotive scrap directly at collection yards, dismantling sites and temporary project locations.

Key advantages include:
5 metre Extra-Long Compression Chamber: Handles complete vehicle hulks and bulky scrap
Dual-Stage Clamshell Compression: Produces dense, uniform bales
Leak-Resistant Mobile Hydraulics: Rexroth 35 MPa valve blocks and Hallite seals ensure stable operation during transport and on-site use
Heavy-Duty Compact Structure: Hardox 450 and Q690D steel construction supports durability and containerised transport
Automatic Front Bale Ejection: A hydraulic pusher discharges finished bales through a dedicated front outlet without grapple-assisted removal
Intelligent Control & Safety: Siemens PLC monitoring with Schneider touch-screen control, supporting safe and efficient operation
Best for: ELV collection yards, automotive dismantlers, salvage yards, mobile scrap processors and recycling companies seeking automated front-eject processing for depolluted vehicle hulks and bulky automotive scrap
Get A Quote
mobile car crusher baler
Twin-Shaft Hydraulic Vehicle Shredder
The ENERPAT MSB-E Series two-shaft shredder uses low-speed, high-torque counter-rotating cutters to reduce prepared automotive scrap into smaller, more manageable pieces. With capacities ranging from approximately 300 kg/h to over 20,000 kg/h, it can process light metal scrap, plastic components, wiring, textiles and other bulky mixed waste generated during ELV dismantling.

Key advantages include:
Wide Capacity Range: Multiple models support throughputs from approximately 300 kg/h to over 20,000 kg/h
Efficient Dual-Shaft Cutting System: Low-speed, high-torque counter-rotating cutters combined with a splined main shaft design ensure strong shearing force, stable torque transmission and reduced energy consumption
Easy Maintenance Design: Detachable shredding chamber and replaceable blade sections simplify inspection, servicing and blade replacement
Heavy-Duty Drive and Bearing Protection: Alloy-steel gearbox, FAG or SKF self-aligning bearings and quadruple sealing ensure stable operation, low noise and resistance to dust, moisture and impact
Flexible Configuration and Smart Control: Optional pressing device and rotary screen improve feeding and output consistency, while PLC control enables user-friendly operation and monitoring
Best for: ELV dismantling facilities, automotive recyclers, scrap yards and recycling plants processing prepared automotive scrap, light metals, plastics and bulky mixed materials
Get A Quote
Twin-Shaft Hydraulic Vehicle Shredder
Scrap Car Hammer Mill Shredder
The ENERPAT MSE-H Series scrap metal hammer mill uses high-speed impact crushing to process vehicle body shells, engines, wheels, electric motors, light steel scrap, aluminium offcuts and other mixed automotive metals. It reduces bulky scrap into smaller, liberated fractions, preparing steel, aluminium and non-metallic materials for downstream screening and separation.

Key advantages include:
5–30 TPH Processing Capacity: Supports medium- to high-volume scrap metal recycling operations
Powerful 560 kW Drive: Delivers strong impact force for vehicle bodies and heavy mixed metal scrap
High-Speed Material Liberation: Separates attached metals from plastics, rubber and other non-metallic materials
Wide Feedstock Range: Processes car bodies, engines, wheels, motors, light steel and aluminium scrap
Flexible System Integration: Connects with conveyors, screens, magnetic separators and non-ferrous sorting equipment
Best for: Automobile shredder operators, ELV recycling plants, scrap metal processors, steel recyclers and facilities requiring high-capacity metal liberation before sorting
Get A Quote
Scrap Car Hammer Mill Shredder
Complete Car Recycling Line
The ENERPAT complete car recycling line integrates primary shredding, hammer mill processing, conveying, screening, magnetic separation and non-ferrous metal sorting into one modular ELV processing system. Dust collection and other environmental-control modules can be added according to your feedstock, capacity, site conditions and target recovered materials.

Key advantages include:
Integrated ELV Processing: Connects shredding, conveying and separation stages to reduce repeated loading and manual material transfers
Multi-Stage Metal Recovery: Produces cleaner steel, aluminium and other saleable non-ferrous metal fractions
Modular System Design: Configures each processing stage around your vehicle types, required throughput and target output
Flexible Capacity Expansion: Allows additional shredding, sorting and environmental-control modules as vehicle volumes grow
Centralised PLC Control: Coordinates connected equipment for more stable and efficient operation
Best for: Established automotive recyclers, automobile shredder operators, scrap metal processors and high-volume ELV recycling plants seeking an integrated shredding and metal separation system
Get A Quote
Complete Car Recycling Line

Why End-of-Life Vehicle Recycling Matters ?
As more cars, vans, buses and trucks reach the end of their service life, recyclers need efficient processes for vehicle depollution, dismantling, volume reduction and material recovery. The right ELV recycling equipment helps you manage growing scrap volumes, recover more saleable materials and reduce difficult-to-process residues.
Learn More
1
Manage Growing ELV Volumes:​​​​​​​
Efficient baling, shredding and material handling help you process more scrap cars while reducing yard congestion and operating delays.
2
Recover More Valuable Materials:​​​​​​​
Effective dismantling and separation allow you to recover reusable parts, steel, aluminium, copper and other secondary raw materials.
3
Reduce Automotive Shredder Residue:​​​​​​​
Improved material liberation and sorting recover more usable fractions and reduce the amount of ASR requiring further treatment or disposal.
Why ENERPAT is Your Best Choice?​​​​​​​
  • Recycling Experience Since 1936 Recycling Experience Since 1936
  • Equipment for Every Mechanical Stage Equipment for Every Mechanical Stage
  • Configured Around Your Operation Configured Around Your Operation
  • Standalone or Modular Systems Standalone or Modular Systems
  • Heavy-Duty Industrial Components Heavy-Duty Industrial Components
  • Automation and Project Support Automation and Project Support
Whether you operate an automotive dismantling facility, auto salvage yard or high-volume ELV recycling plant, ENERPAT can configure end-of-life vehicle recycling equipment around your processing requirements and business model.
FAQ
  • Q: Should engines and gearboxes be removed before baling or shredding?
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    A: Engines and gearboxes are normally removed during dismantling when they can be reused, remanufactured or processed separately. Units that are not suitable for reuse can be cracked to expose aluminium, steel and copper before downstream separation.
  • Q: What is end-of-life vehicle recycling equipment ?
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    A: End-of-life vehicle recycling equipment includes machines used after vehicle intake and depollution to dismantle components, reduce vehicle volume, shred prepared vehicle hulks and separate recoverable materials. Typical equipment includes engine crackers, scrap car balers, auto shredders, hammer mills and complete ELV recycling lines.
  • Q: What is the difference between a car baler and a car shredder ?
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    A: A car baler compresses a prepared vehicle hulk into a dense bale or log to reduce storage and transport volume. A car shredder breaks the vehicle into smaller fractions so that steel, aluminium, copper and non-metal materials can be separated.
  • Q: What is the difference between a front-eject car baler and a crane-equipped car baler?
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    A: A crane-equipped car baler relies on a hydraulic grapple to load vehicle bodies from above and to remove each finished bale from the top after compression. This means every cycle must wait for grapple repositioning and bale lifting, resulting in longer turnaround time and higher operator involvement.
    ENERPAT front-eject advantages:
    Automatic front bale discharge via hydraulic pusher
    Continuous top loading without waiting for grapple removal
    Reduced crane dependency and operator workload
    Shorter cycle time and higher throughput efficiency
  • Q: Can the equipment process hybrid or electric vehicles?
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    A: The prepared body of a hybrid or electric vehicle may enter suitable mechanical processing equipment only after the high-voltage battery and related hazards have been identified and safely managed. Lithium-ion batteries must never be fed into a car baler or auto shredder.
  • Q: What materials can be recovered from an ELV recycling line ?
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    A: Depending on your dismantling and separation stages, you can recover reusable parts, ferrous metals, aluminium, copper and other non-ferrous metals. Additional sorting may also recover selected plastics, glass, rubber and other non-metal fractions.
  • Q: Can I begin with one machine and expand later?
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    A: Yes. You can start with an engine cracker, scrap metal baler, mobile car crusher baler or twin-shaft shredder and later add conveyors, hammer mill processing, magnetic separation, non-ferrous sorting and dust-control equipment.
  • Q: What information is needed to configure the equipment?
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    A: You should provide your vehicle types, depollution status, maximum feed dimensions, required throughput, available site space, power supply and target output. For a complete ELV recycling plant, you should also identify the metals you want to recover, your required purity and how you plan to manage ASR.
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Enerpat is a global company specializing in waste-recycling and disposal solutions, with a mission to help customers build a better, more sustainable world. We are a leading global provider for municipal and industrial clients, helping them recycle and dispose of waste, reduce costs and consumption, and create more value.

We focus on sorters, shredders, balers, shears, and disposal equipment for a wide range of recycling needs. Enerpat believes that “Quality Transform The World.” We deliver the industry’s highest levels of quality and service. Choosing Enerpat means choosing trust and value.
 

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