Hydraulic Scrap Baler Solutions (40 Ton to 200+ Ton)
Industrial scrap metal handling requires efficient compression systems to reduce storage space, lower transportation cost, and improve resale value. Loose metal scrap such as MS scrap, CRC scrap, aluminum sheets, steel offcuts, and automobile body scrap occupies large yard space and increases handling difficulty.
A Hydraulic Scrap Metal Baling Press Machine compresses metal waste into high-density rectangular bales suitable for storage, transport, and export.
BizExportHub connects industrial buyers with verified hydraulic scrap baler manufacturers across India.Materials Suitable for Scrap Baling
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Mild Steel (MS) Scrap
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CRC Scrap
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Aluminum Scrap
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Iron Scrap
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Steel Scrap
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Copper Scrap
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UBC Cans
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Automobile Body Scrap
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Sheet Metal Scrap
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Fabrication Offcuts
Available Tonnage Range (40 Ton to 200+ Ton)
Scrap density and daily production determine required tonnage.
🔹 40–60 Ton Scrap Baler
Best For:
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Small scrap yards
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Fabrication workshops
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Light sheet metal scrap
Typical Bale Weight: 80–150 kg
Output: 1–2 tons per shift
🔹 60–80 Ton Scrap Baler
Best For:
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Medium recycling units
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Automobile workshops
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Metal fabrication industries
Typical Bale Weight: 120–250 kg
Output: 2–4 tons per shift
🔹 100–125 Ton Scrap Baler
Best For:
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Heavy scrap aggregators
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Steel processing units
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Industrial scrap contractors
Typical Bale Weight: 250–450 kg
Output: 4–8 tons per shift
🔹 150–200+ Ton Heavy Duty Scrap Baler
Best For:
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Large steel plants
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Ship breaking yards
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Export scrap processors
Typical Bale Weight: 500–800+ kg
Output: 8–15+ tons per shift
Types of Scrap Metal Baling Press Machines
| Machine Type | Compression Direction | Key Advantage | Best Suitable For |
|---|---|---|---|
| Single Action Scrap Baler | One directional compression | Cost-effective entry model | Light metal scrap, small scrap yards |
| Double Action Scrap Baler | Two directional compression | Higher density bales | Medium scrap operations, general industrial use |
| Triple Action Scrap Baler | Three directional compression | Maximum density output | Heavy steel scrap, high-density requirements |
| Channel Type Scrap Baler | Continuous horizontal compression | High production capacity | Conveyor integration, large processing plants |
| Two Ram Scrap Baler | Independent compression & ejection | Export-grade bale density | Large commercial scrap processors |
| Shear Baler (Shear Cum Baler) | Cutting + multi-direction compression | Handles long steel sections | Heavy-duty structural scrap applications |
Automation Options
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Manual Scrap Baler
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Semi Automatic Scrap Baler
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Fully Automatic Scrap Baler
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PLC Controlled System
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Auto Tie Horizontal Baler
Automation selection depends on:
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Daily scrap volume
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Labor availability
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Budget
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Required production speed
Technical Specifications (General Range)
| Parameter | Range |
|---|---|
| Compression Force | 40 – 200+ Ton |
| Motor Power | 7.5 – 75 HP |
| Bale Weight | 80 – 800+ kg |
| Cycle Time | 30 – 90 seconds |
| Output Capacity | 1 – 15+ ton/shift |
| Bale Density | 700 – 1100 kg/m³ (approx) |
| Operation | Manual / Semi / Fully Auto |
| Control Panel | Standard / PLC |
| Hydraulic System | Industrial High Pressure |
Power & Electrical Requirements
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3 Phase Power Supply
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415V (Standard Industrial Voltage)
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10 HP to 75 HP depending on tonnage
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Diesel hydraulic power pack optional (on request)
Space & Installation Requirement
| Capacity | Approx Floor Space |
|---|---|
| 40–60 Ton | 300–500 sq. ft. |
| 60–100 Ton | 500–800 sq. ft. |
| 100–200 Ton | 800–1500+ sq. ft. |
Installation Considerations:
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Strong RCC foundation
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Crane or forklift loading system
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Scrap feeding method (manual / magnetic crane / conveyor)
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Indoor or covered yard recommended
Bale Size & Export Suitability
Bale dimensions can be customized.
Export-grade balers offer:
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High density compact bales
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Container loading optimization
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Reduced freight cost
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International scrap yard compliance
Typical Price Range in India
Price depends on:
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Tonnage capacity
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Action type
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Automation level
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Customization
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Hydraulic configuration
Approximate Range:
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40–60 Ton: ₹4 Lakh – ₹8 Lakh
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80–100 Ton: ₹8 Lakh – ₹18 Lakh
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125–150 Ton: ₹15 Lakh – ₹35 Lakh
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200 Ton & Above: ₹30 Lakh – ₹70 Lakh+
For accurate quotation, technical details are required.
Maintenance & After-Sales
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Regular hydraulic oil replacement
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Cylinder seal inspection
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Wear plate monitoring
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Electrical panel servicing
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Spare parts availability
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AMC options (depending on manufacturer)
Proper maintenance increases machine life and operational efficiency.
Use Case Examples
✔ 80 Ton Double Action Scrap Baler
Ideal for automobile scrap yards generating 3–5 tons/day.
✔ 125 Ton Triple Action Scrap Baler
Suitable for steel plants handling heavy structural scrap.
✔ 150 Ton Shear Baler
Recommended for long steel sections in ship breaking yards.
Comparison Overview
| Type | Best For | Density | Automation |
|---|---|---|---|
| Single Action | Light Scrap | Medium | Manual/Semi |
| Double Action | Medium Scrap | High | Semi/Auto |
| Triple Action | Heavy Scrap | Very High | Semi/Auto |
| Channel Type | Continuous Feed | High | Fully Auto |
| Two Ram | Export Grade | Very High | Fully Auto |
| Shear Baler | Long Steel | Very High | Semi/Auto |
How to Choose the Right Scrap Baler
Consider:
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Daily scrap generation (1–15+ ton/day)
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Scrap type (light / heavy / mixed)
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Required bale density
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Available power supply
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Yard space
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Budget range
Frequently Asked Questions
Q1. What tonnage scrap baler is suitable for 3–5 tons of scrap per day?
A: For 3–5 tons per day of mixed MS or steel scrap, an 80–100 Ton Double Action or Triple Action baler is generally recommended. Final capacity selection depends on scrap thickness, required bale density, and operating hours per shift.
Q2. What factors determine the right baler capacity for my operation?
A: The correct capacity depends on daily scrap volume, scrap type (light sheet vs heavy structural), required bale weight, available power supply, yard space, and future expansion plans. Providing these details helps manufacturers recommend the most suitable machine.
Q3. What is the difference between Single Action, Double Action, and Triple Action scrap balers?
A: Single Action machines compress in one direction and are suitable for lighter scrap. Double Action machines compress in two directions and produce higher density bales. Triple Action machines compress in three directions and are ideal for heavy steel scrap requiring maximum density.
Q4. When should I choose a Shear Baler instead of a standard scrap baler?
A: A Shear Baler is recommended when handling long steel beams, rods, pipes, or structural sections. It cuts and compresses scrap in one integrated system, reducing manual cutting labor and improving productivity.
Q5. Can one scrap baler process both aluminum and steel scrap?
A: Yes, most hydraulic scrap balers can process both ferrous and non-ferrous materials. However, compression settings and tonnage must match the material density to achieve proper bale formation.
Q6. What is the average bale density achieved in scrap baling machines?
A: Bale density typically ranges between 700–1100 kg per cubic meter depending on compression force, machine configuration, and scrap type. Triple Action and Two Ram balers generally achieve higher density.
Q7. What is the typical power requirement for scrap baling presses?
A: Power requirements usually range from 10 HP to 75 HP depending on tonnage and automation level. A 3-phase industrial power supply is generally required for stable operation.
Q8. How long does it take to deliver and install a scrap baling press?
A: Manufacturing and delivery typically take 3–8 weeks depending on customization. Installation usually takes 3–7 days after the foundation and electrical setup are ready.
Q9. Does the machine require a special foundation?
A: Yes, a reinforced RCC foundation is recommended to ensure vibration stability and long-term durability, especially for machines above 100 Ton capacity.
Q10. What affects the price of a scrap metal baling press?
A: Price depends on compression force (tonnage), machine type (Single/Double/Triple Action), automation level, hydraulic configuration, chamber size, safety features, and customization requirements.
Q11. Is after-sales service and spare parts support available?
A: After-sales service, installation guidance, and spare parts supply are generally handled directly by the respective manufacturer. Service availability depends on supplier location and support network.
Q12. How long does a scrap baling press machine typically last?
A: With proper maintenance and regular hydraulic servicing, industrial scrap balers can operate efficiently for 10–15 years or more.
Q13. What information should I provide to receive an accurate quotation?
A: To receive a precise recommendation and quotation, you should provide scrap type, daily quantity, preferred bale size, required tonnage, automation preference, installation location, and available power supply details.
Q14. Is investing in a scrap baler financially beneficial?
A: Yes, by increasing bale density and reducing transportation costs, scrap balers can significantly improve resale value and operational efficiency. In many cases, the machine cost can be recovered within a few years depending on processing volume.
Why Source Through BizExportHub?
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Access to verified manufacturers
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Multiple quotations for comparison
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Custom specification coordination
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Technical consultation support
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Pan-India supplier network
BizExportHub is a B2B portal connecting buyers with manufacturers. Manufacturing, installation, logistics, and after-sales services are handled directly by respective suppliers.
Request Quotation
To receive accurate recommendations, please share:
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Scrap type
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Daily quantity
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Required tonnage
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Preferred bale size
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Automation requirement
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Power supply details
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Installation location
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