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| نام تجاری: | WANSHIDA |
| شماره مدل: | Y83Q-6300C |
| MOQ: | 1 مجموعه |
| قیمت: | negotiable |
| زمان تحویل: | 50 روز |
| شرایط پرداخت: | T/T |
The Y83Q-6300C scrap metal shear baler is a heavy-duty hydraulic recycling machine that combines compression, baling and shearing functions in one integrated system.
It is designed for large scrap yards, steel mills, metal processing plants, dismantling centers and industrial recycling facilities that need to process mixed ferrous scrap with different shapes and dimensions.
Unlike a conventional metal baler that only compresses loose material, the Y83Q-6300C first uses hydraulic compression and pushing mechanisms to form irregular scrap into a compact rectangular charge. The built-in 630 ton hydraulic shear then cuts the compressed scrap into the required length.
This combined process reduces scrap volume, improves material consistency and produces furnace-ready scrap that is easier to store, transport and charge into a steelmaking process.
The machine has a large 5000 × 1750 × 950 mm open press chamber, which can accommodate rebar, structural steel, plate offcuts, machinery scrap and compressible steel sections with a reference length of up to 5 meters.
Its reference processing capacity is 9–12 tons per hour, while the cutting speed is approximately 4–6 strokes per minute. These specifications make the machine suitable for medium and large-scale industrial scrap processing applications.
The Y83Q-6300C hydraulic scrap shear baler is powered by a 220 kW motor system and operates at a maximum hydraulic pressure of 20 MPa. An air-cooling system is provided to help control hydraulic oil temperature during operation.
The finished bale dimensions are approximately (500–800) × 600 × (300–500) mm. Bale length and height can be adjusted within the available range to match transport, storage and furnace-charging requirements.
Core SEO keywords included in this page are: Y83Q-6300C scrap metal shear baler, 630 ton shear baler, hydraulic scrap shear baler, metal recycling machine, scrap steel baling machine, rebar cutting machine, structural steel shear, 9–12 ton per hour scrap processing equipment and heavy-duty metal baler.
Industrial scrap does not arrive in a uniform shape. A recycling facility may receive rebar, angle iron, channel steel, I-beams, plate offcuts, machinery structures and light sheet scrap in the same working area.
Without suitable processing equipment, customers commonly face several problems.
Long rebar, structural steel and deformed metal parts overlap and create large scrap piles with low bulk density. Considerable floor area is occupied without achieving efficient storage.
Loose scrap contains substantial empty space. Trucks may reach their volume limit before reaching an economical payload, increasing the transport cost per ton.
Steel mills normally require furnace charge within certain dimensional limits. Long rebar, steel sections and plate offcuts often need to be reduced before charging.
Installing one scrap baler and one separate shear increases capital cost, floor-space requirements, labor demand and intermediate material handling.
Light sheet scrap is easy to compress, while structural steel and thick sections require higher cutting force. An unsuitable chamber or shear design can cause feeding difficulties and production interruptions.
The Y83Q-6300C combines hydraulic compression and shearing in one processing system.
For light scrap, the machine first compresses the loose material into a dense rectangular form and then cuts it into a controlled length.
For rebar, angle iron, channel steel and I-beams, the large loading chamber accepts long material, while hydraulic compression mechanisms stabilize the scrap before it reaches the shear area.
The system helps customers:
| Item | Technical Data |
|---|---|
| Model | Y83Q-6300C |
| Machine Type | Hydraulic Scrap Metal Shear Baler |
| Pushing / Shearing Force | 630 Tons |
| Maximum Working Pressure | 20 MPa |
| Reference Capacity | 9–12 Tons/Hour |
| Open Press Chamber Size | 5000 × 1750 × 950 mm |
| Bale Size (L × W × H) | (500–800) × 600 × (300–500) mm |
| Bale Cross-Section | 600 × (300–500) mm |
| Recommended Continuous Scrap Thickness | Generally ≤3 mm |
| Reference Maximum Thickness for Ordinary Steel | Up to Approx. 4 mm, Subject to Material Confirmation |
| Cutting Speed | 4–6 Strokes/Minute |
| Hydraulic Oil Cooling System | Air-Cooling System |
| Motor Power | 220 kW |
| Machine Dimensions (L × W × H) | 12950 × 3510 × 4700 mm |
| Machine Weight | Approx. 57,000 kg |
| Reference Maximum Feed Length | Up to Approx. 5 m |
| Operation Method | To Be Confirmed According to Final Control Configuration |
| Main Functions | Scrap Compression, Baling and Length Cutting |
| Scrap Type | Reference Maximum Size |
|---|---|
| Square Steel | 100 × 100 mm |
| Angle Iron | 180 × 180 × 15 mm, 3 Pieces |
| Round Steel | Diameter 110 mm |
| I-Beam | 320 × 132 × 11.5 mm |
| Steel Plate | 30 × 450 mm |
| Channel Steel | 320 × 90 × 10 mm |
The stated cutting dimensions are reference values. Actual performance depends on steel grade, tensile strength, simultaneous cutting quantity, feeding angle and blade condition.
The capacity of 9–12 tons per hour is a reference range. Actual output depends on scrap form, bulk density, feeding efficiency, cutting length and operating conditions.
The 630 ton pushing and shearing force supports the compression and cutting of various rebar, steel sections and plate scrap used in industrial recycling.
The machine compresses loose scrap and cuts the compacted charge into the required length, reducing transfer between separate baling and shearing equipment.
The 5000 × 1750 × 950 mm chamber accommodates long rebar, structural steel and machinery scrap, reducing the need for extensive material preparation.
The machine is designed for medium and large scrap facilities that require consistent industrial processing capacity.
The cutting cycle supports continuous production and helps supply steel mills with regularly sized furnace charge.
Bale length can be adjusted from approximately 500 to 800 mm, while bale height can range from approximately 300 to 500 mm.
The heavy-duty motor configuration supplies power for compression, material pushing and cutting operations.
The air-cooling system does not require an external cooling-water circuit, simplifying installation in sites with limited water supply.
With an approximate machine weight of 57 tons, the structure is designed to remain stable during high-force compression and shearing.
The Y83Q-6300C scrap metal shear baler is suitable for:
Typical materials include:
The stated cutting capacity is mainly based on ordinary carbon steel. High-strength alloy steel, hardened steel, spring steel, railway steel and exceptionally thick materials require separate engineering evaluation.
The operator confirms the scrap type, maximum dimensions and thickness. Sealed containers, explosive items, stones and hazardous materials must be removed.
Scrap is loaded into the 5000 × 1750 × 950 mm chamber with a grab, crane or other mechanical feeding equipment.
Side compression and pushing mechanisms reduce the loose scrap and form it into a more compact rectangular charge.
The compressed scrap is gradually pushed toward the cutting area. Controlled feeding helps determine the final cut length.
The 630 ton hydraulic shear blade moves downward and cuts the scrap or compressed charge. The reference cutting speed is 4–6 strokes per minute.
The machine repeats the pushing and cutting cycle until the material in the chamber has been processed.
The cut scrap exits the discharge area and can be transferred by conveyor, grab or loading equipment.
The processed scrap can be stacked, loaded for transport or supplied directly as furnace charge.
Customers should identify whether the main material is light sheet scrap, rebar, structural steel or heavy plate. Each material requires different cutting force and chamber design.
Provide the maximum dimensions of square steel, round bars, angle iron, channels, I-beams and plates. Daily tonnage alone is not enough for model selection.
The Y83Q-6300C has a reference capacity of 9–12 tons per hour. Higher production requires suitable loading equipment, labor and site organization.
The machine is designed for material up to approximately 5 m long. Longer scrap may require pretreatment or a customized chamber.
Customers should verify whether the 500–800 mm length and 600 mm width match transport and furnace requirements.
Stable output requires continuous feeding. For industrial projects, grab cranes or mechanical loading systems are generally more suitable than manual feeding.
The motor power is 220 kW. Customers must confirm voltage, frequency, transformer capacity and power-distribution requirements before ordering.
The standard configuration uses air cooling. In high-temperature environments or continuous heavy-duty operation, additional cooling capacity may be required.
The current data does not specify PLC, remote or manual operation. The required automatic cycle, remote control and safety interlocks should be confirmed before production.
Yes. It compresses loose scrap into a compact rectangular charge and then cuts it into the required length.
The stated 9–12 tons per hour is a reference range. Actual capacity depends on scrap type, bulk density, feeding speed, cutting length and operating conditions.
For continuous processing of light sheet scrap, material up to approximately 3 mm is recommended. Some ordinary steel scrap up to approximately 4 mm may be processed, subject to material width, grade and feeding conditions.
The listed cutting capacities mainly apply to ordinary steel. High-strength alloy, hardened, spring or railway steel requires separate calculation.
This depends on ambient temperature, operating load and duty cycle. Additional cooling capacity or a water-cooling system may be recommended for high-temperature or continuous heavy-duty applications.
Available support includes:
Before a final quotation is prepared, customers should provide scrap photos, videos, steel grade, maximum dimensions, required hourly capacity and local electrical information.
