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| Brand Name: | WANSHIDA |
| Model Number: | Q43L-6300 |
| MOQ: | 1 set |
| Price: | Negotiable |
| Delivery Time: | 50days |
| Payment Terms: | L/C,T/T |
The Q43L-6300 630 Ton Gantry Shear is a heavy-duty hydraulic scrap metal cutting machine developed for recycling yards, steel mills, foundries and demolition scrap processors. With a maximum shearing force of 6,300 kN, it can process steel plates, pipes, rebar, structural sections, ACSR cable and mixed heavy melting scrap into shorter, furnace-ready pieces.
Compared with manual cutting or flame cutting, this hydraulic gantry shear provides faster processing, more consistent cutting lengths and lower labor requirements. Its 7000 × 1800 × 900 mm feeding box accommodates long and bulky materials, reducing the need for repeated pre-cutting. PLC automatic control and optional wireless remote operation enable one operator to manage feeding, compression and shearing from a safe position.
Oversized and irregular scrap creates several problems for metal recycling businesses. Long steel sections occupy valuable storage space, mixed scrap is difficult to transport, and bulky material cannot be loaded efficiently into a furnace. Manual dismantling and flame cutting are slow, labor-intensive and costly, especially when processing large daily volumes.
Material density also affects actual productivity. Loose ACSR cable, pipes and lightweight structural scrap may fill the feeding box quickly but contain less metal by weight. Without controlled feeding and compression, cutting efficiency becomes inconsistent and operating costs increase.
The 630 Ton Hydraulic Gantry Shear provides an integrated solution for feeding, compressing and cutting heavy scrap. Material is loaded into the large feeding chamber by a grapple, crane or excavator. The hydraulic system then advances and holds the scrap securely before the 630-ton shear head completes each cut.
Key buyer benefits include:
The reinforced welded structure is designed for continuous industrial use. A stable hydraulic circuit helps maintain consistent pressure while reducing unnecessary shock to the cylinders, frame and cutting blades.
| Item | Specification |
|---|---|
| Model | Q43L-6300 |
| Product Type | Hydraulic Gantry Shear |
| Maximum Shearing Force | 6,300 kN / 630 tons |
| Feeding Box Size | 7000 × 1800 × 900 mm |
| Blade Length | Approximately 1,800 mm |
| Cutting Frequency | Approximately 2–3 times/min |
| Installed Power | 45 kW × 5 |
| Control System | PLC automatic control |
| Operating Mode | Manual / Automatic / Remote Control |
| Feeding Method | Hydraulic feeding |
| Estimated Capacity | Approximately 8–12 tons/hour |
| Standard Power Supply | 380 V / 3 Phase / 50 Hz |
| Drive Option | Electric Motor or Diesel Engine |
| Installation | Above-ground or Customized Foundation |
| Voltage and Configuration | Customizable |
Actual capacity depends on scrap type, thickness, density, feeding efficiency and required cutting length.
The 630 Ton Scrap Metal Gantry Shear is suitable for processing:
It is widely used by scrap yards, steel recycling plants, foundries, metal trading companies and large industrial waste processors.
Scrap is first loaded into the feeding box using a grapple or excavator. The hydraulic feeding mechanism pushes the material toward the cutting area. A hold-down device compresses and stabilizes the scrap to prevent movement during cutting. The upper blade then descends under 6,300 kN of hydraulic force and cuts the material against the fixed lower blade.
After each stroke, the material advances automatically. The machine repeats the feeding and shearing cycle until the chamber is empty. Cutting length and operating mode can be adjusted through the PLC control system.
When selecting a gantry shear, buyers should evaluate the scrap type, maximum material dimensions, daily processing target and available power supply. A 630-ton model is generally suitable for medium-to-heavy scrap recycling operations that require higher productivity than an alligator shear can provide.
For loose ACSR, thin pipes or lightweight scrap, feeding density should be considered when calculating output. A baler or pre-compaction system may improve capacity when the material is extremely loose. Buyers should also confirm the required blade width, feeding box dimensions, output length and local voltage before ordering.
It can process steel plates, pipes, rebar, beams, structural profiles, demolition scrap, ACSR cable and various types of mixed heavy steel scrap. Final suitability depends on the material thickness, shape and hardness.
Typical output is approximately 8–12 tons per hour. Dense and regularly fed scrap usually achieves higher output, while loose or irregular material may produce a lower hourly tonnage.
A separate baler is not always required. The machine can shear loose ACSR directly. However, pre-compaction can increase material density, improve feeding efficiency and raise overall output.
Yes. Voltage, frequency, motor configuration and electrical components can be customized according to the customer’s local power conditions.
The machine is supplied with operating instructions, electrical diagrams and installation guidance. Remote technical support and optional overseas engineer service are available. The standard warranty period is 12 months.
