5000KN Baler Shear Scrap Metal Baler Shear For Metallurgical Foundry Industries

1 set
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5000KN Baler Shear Scrap Metal Baler Shear For Metallurgical Foundry Industries
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Features
Specifications
Product Name: Hydrualic Metal Baler
Model: Y83Q-5000
Power(KW): 125
Operation: Manual Or PLC
Nominal Force(KN): 5000
Chamber Size(mm): 3000 × 1200 × 680
Cutting Material(mm): Ø 110 □100×100
Usage: Waste Metal Recycling Yard
Highlight:

5000KN Baler Shear

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Metallurgical Industries baling scrap metal

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Foundry Industries hydraulic metal baler machine

Basic Infomation
Place of Origin: China
Brand Name: WANSHIDA
Certification: ISO9001,CE
Model Number: Y83Q-5000
Payment & Shipping Terms
Packaging Details: Sea Worthy
Delivery Time: 25days
Payment Terms: L/C,T/T,Western Union
Supply Ability: 30set/month
Product Description
Y83Q-5000 5000KN Scrap Metal Baler Shear For Metallurgical and Foundry Industries
Product Overview

The Y830-5000 Heavy-Duty Baling and Shearing Machine is an integrated metal processing solution that combines high-efficiency baling with powerful shearing capabilities. Designed specifically for handling large volumes of light-gauge and bulk scrap metal—such as metal scraps, end-of-life vehicle bodies, color steel sheets, and packaging drums—this machine applies a tremendous baling force of 5000 kN to compress loose, low-density scrap into dense, uniform bales. With an integrated shearing function, it can also cut long steel bars during operation. This all-in-one design significantly reduces material volume, greatly improving transportation efficiency and storage space utilization, making it a core asset for enhancing the profitability of scrap recycling operations.

5000KN Baler Shear Scrap Metal Baler Shear For Metallurgical Foundry Industries 0
Key Features
  • Superior Baling Force: A core baling force of 5000 kN easily compresses light-gauge scrap into high-density, high-purity bales that are firm and stable, increasing the value of the output material.
  • Large Hopper Design: The hopper size measures 4000 mm * 2000 mm * 1100 mm, offering a large capacity ideal for processing bulky, lightweight materials in a single cycle, reducing feeding frequency and boosting productivity.
  • Adjustable Bale Size: The compressed bale size is adjustable within a specified range (thickness: 300 mm to 550 mm), allowing users to customize bale dimensions to suit transportation, storage, or smelting requirements.
  • Dual Functionality – Baling & Shearing: In addition to baling, the machine can cut long steel bars up to Ø110 mm in diameter or 100 mm * 100 mm square bars, providing versatile functionality and reducing the need for additional equipment.
  • Multiple Control Modes: Supports both manual control and PLC automatic control, catering to different operational needs—from simple single-cycle operations to fully automated continuous production.
  • Energy-Efficient Power: Equipped with a 125 kW motor, the machine delivers strong performance while optimizing energy consumption through an advanced hydraulic system, resulting in lower operating costs.
Technical Specifications
Model Baling Force (kN) Chamber Size (mm) Bale Size (mm) Motor Power Cutting Material(mm) Operation Method
Y83Q-5000 5000 4000 * 2000 * 1100 Adjustable*
650 * (300-550)
125kW Ø 110
□100*100
Manual or PLC Control
Frequently Asked Questions (FAQ)
  • Q1: Is this machine mainly for baling or shearing? A: Its primary function is baling. It is a top-tier large-scale baler designed to compress bulk light-gauge scrap into dense bales. The integrated shearing function is an added benefit, allowing the machine to cut long steel bars that may be mixed in with the scrap, providing multi-purpose utility. For processing large, heavy scrap, a dedicated gantry shear is more suitable.
  • Q2: What are the practical benefits of the adjustable bale size? A: The adjustable bale thickness (300–550 mm) offers significant flexibility. Users can optimize bale size to maximize truck loading capacity or to suit furnace feed requirements, streamlining logistics and downstream processing efficiency.
  • Q3: How do I choose between manual and PLC control? A: Manual control is ideal for operations with variable production needs or frequent changes in bale specifications. It offers direct operation and lower equipment costs. PLC control is suited for high-volume, continuous production, enabling fully automatic cycles (compression, holding, ejection) for maximum efficiency and reduced manual intervention.
  • Q4: What installation conditions are required? A: Due to the machine’s weight and operational forces, a solid concrete foundation is essential. A power supply compatible with the 125 kW motor is also required. Detailed foundation drawings and technical requirements can be provided by our company.
Application Fields
  • Scrap Metal Recycling Centers: Processing end-of-life vehicle bodies, color steel sheets, and cans into high-quality furnace-ready material.
  • ELV (End-of-Life Vehicle) Dismantling Plants: Compressing car bodies after dismantling to drastically reduce transportation costs.
  • Appliance Recycling and Metal Product Plants: Managing production scrap such as iron sheets, metal chips, and off-cuts for clean production and resource recovery.
  • Port Scrap Processing Centers: Handling light-gauge steel plates from shipbreaking for convenient export.
  • Large Scrap-Generating Enterprises: Such as machinery manufacturers and steel structure plants, for processing large volumes of light-gauge scrap generated in-house.

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