Shearing Machine Swing Beam Type

Hydraulic shearing machine provide precise sheet metal cutting for stainless steel, aluminum and carbon steel fabrication industries.

Press Brake Machine

Shearing Machine Swing Beam Type

A swing beam shearing machine is an economical and practical choice for straight sheet cutting. It is widely used for rectangular blanks, simple panels, and general fabrication work where the cutting process is stable and not overly demanding.

Main Features:

  1. Using the UG finite-element analysis method, the machine is optimized by computer-aided design. The machine body adopts an integral welded steel-plate structure with good strength, rigidity, and vibration resistance.
  2. Tempering is used to eliminate internal stress.
  3. The whole frame is derusted by sandblasting and sprayed with anti-rust paint.
  4. An auxiliary blade seat is provided on the worktable, which facilitates fine adjustment of the blade.
  5. Feeding roller balls are installed on the worktable, making operation light and convenient.
  6. Blade clearance adjustment adopts a stepless adjustment mechanism to meet the shearing needs of different plate thicknesses and materials.
  7. The rectangular lower blade can use four cutting edges for shearing, extending the service life of the blade.
  8. Adjusting the shearing stroke can improve processing efficiency and also realize segmented shearing.
  9. The number of shears is automatically counted, reducing tedious counting work.

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Detailed Description

Configuration Details

Outlook

The swing beam shearing machine uses a welded steel plate structure with hydraulic transmission and accumulator return. This structure provides practical strength, stable operation, and a clean machine appearance for daily sheet metal cutting work.

The machine is designed for simple operation and dependable cutting performance. Its compact structure is suitable for workshops that need efficient straight cutting of mild steel, stainless steel, aluminum, and other sheet materials.

Control System

The control system is designed for practical numerical control of shearing parameters. It can manage backgauge positioning, cutting count, and basic cutting settings to help operators complete repeated cutting tasks more efficiently.

Optional CNC control systems can support automatic cutting angle and blade clearance adjustment, depending on the selected configuration. A clear interface reduces setup time and improves operation consistency for different sheet thicknesses.

Motor

The main motor provides stable power for hydraulic shearing operation. It should be selected according to cutting thickness, cutting width, production rhythm, and local electrical conditions.

Voltage customization can be arranged for different markets, including 3-phase 220V, 380V, 415V, and other regional standards. A properly matched motor helps reduce installation difficulty and supports reliable long-term operation.

Hydraulic Valve

The hydraulic valve block controls oil flow, pressure, and cutting movement. Stable hydraulic control helps the blade beam complete the cutting cycle smoothly and consistently.

Oil pressure overload protection and real-time pressure monitoring help reduce leakage, valve jamming, and abnormal pressure fluctuation. This supports safer operation and improves hydraulic system reliability.

Feeding Port

The feeding port is designed for safe sheet feeding and practical operator access. Adjustable feeding height helps the machine adapt to different sheet thicknesses and improves feeding convenience.

Front fences and side guardrails help protect the operator during cutting work. A reasonable feeding-port design improves both safety and production efficiency when processing repeated sheet sizes.

Ball Integrated Front Tables

The ball integrated front table reduces friction between the plate and the support surface. This makes sheet feeding smoother and helps protect the plate surface during positioning.

For wide or heavy sheets, ball supports reduce manual pushing resistance and improve feeding efficiency. They are useful for workshops that process frequent cutting batches.

Backgauge

The heavy-duty backgauge provides stable sheet positioning and improves repeated cutting accuracy. A stronger back stopper structure helps resist collision and reduces deformation risk during daily operation.

Manual or automatic lifting functions can be configured to support longer materials. A practical backgauge rack also makes it easier for operators to retrieve cut materials after shearing.

Blade Clearance Adjustment

The blade clearance adjustment device allows operators to set the gap between the upper and lower blades according to sheet thickness and material type. Correct blade clearance helps improve cutting quality, reduce burrs, and protect the blades from unnecessary wear. The clear scale and reference chart make adjustment easier for daily operation. This manual adjustment structure is practical, reliable, and suitable for workshops that process different sheet materials.

Motorized Backgauge Drive

The motorized backgauge drive system controls the movement of the rear backgauge for accurate sheet positioning. The motor and reducer provide stable transmission, helping operators set repeated cutting lengths more efficiently.
Limit switches and transmission components help improve positioning reliability and machine safety. This system is useful for batch cutting work where consistent cutting size is required.

Electrical Cabinet

The electrical cabinet contains the main electrical components of the shearing machine, including breakers, contactors, relays, terminals, and control modules. Organized wiring helps improve machine stability and makes maintenance more convenient. The cabinet is designed for safe electrical control and reliable daily operation. Electrical components can be configured according to customer requirements, local voltage, and selected machine functions.

Model Parameter Table

Model

Capacity

Working Size

Control & Speed

Installation Size

4×2500

Thickness: 4 mm
Width: 2500 mm
Cutting Angle: 1°30′
Material Intension: ≤450 Kn/cm

Back Gauge Travel: 20-600 mm
Cutting Times: 16 T/min

Power: 5.5 kW
Approx. Weight: 3.4 T
Overall Dimension: 3100 × 1700 × 1650 mm

Overall Length: 3100 mm
Overall Width: 1500 mm
Overall Height: 2300 mm
Approx. Weight: 5.8 Ton

4×3200

Nominal Force: 1000 KN
Bending Length: 3200 mm

Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 8.7 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 3700 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 8.5 Ton

4×4000

Nominal Force: 1000 KN
Bending Length: 4000 mm

Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 8.7 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 4500 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 10 Ton

6×2500

Nominal Force: 1250 KN
Bending Length: 3200 mm

Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 10.8 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 3700 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 9.5 Ton

6×3200

Nominal Force: 1250 KN
Bending Length: 4000 mm

Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 10.8 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 4500 mm
Overall Width: 1600 mm
Overall Height: 2500 mm
Approx. Weight: 12.5 Ton

6×4000

Nominal Force: 1600 KN
Bending Length: 3200 mm

Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 3700 mm
Overall Width: 1650 mm
Overall Height: 2600 mm
Approx. Weight: 11 Ton

6×5000

Nominal Force: 1600 KN
Bending Length: 4000 mm

Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 4500 mm
Overall Width: 1650 mm
Overall Height: 2600 mm
Approx. Weight: 12.5 Ton

6×6000

Nominal Force: 2000 KN
Bending Length: 3200 mm

Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 3700 mm
Overall Width: 1700 mm
Overall Height: 2700 mm
Approx. Weight: 13.5 Ton

8×2500

Nominal Force: 2000 KN
Bending Length: 4000 mm

Vertical Distance: 3500 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 13.2 kW
Axes: 4+1+2 (Y1, Y2, X, R) + V + manual Z1/Z2
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 4500 mm
Overall Width: 1700 mm
Overall Height: 2700 mm
Approx. Weight: 14 Ton

8×4000

Nominal Force: 2500 KN
Bending Length: 3200 mm

Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 200 mm
Max. Opening: 420 mm

Main Power: 16.7 kW
Axes: 4+1 (Y1, Y2, X, R) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 3700 mm
Overall Width: 1700 mm
Overall Height: 2760 mm
Approx. Weight: 15.5 Ton

8×5000

Nominal Force: 3000 KN
Bending Length: 3200 mm

Vertical Distance: 2700 mm
Throat Depth: 400 mm
Stroke: 300 mm
Max. Opening: 500 mm

Main Power: 21.4 kW
Axes: 4+1 (Y1, Y2, X, R) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 3700 mm
Overall Width: 1800 mm
Overall Height: 2900 mm
Approx. Weight: 16.8 Ton

8×6000

Nominal Force: 4000 KN
Bending Length: 4000 mm

Vertical Distance: 3100 mm
Throat Depth: 400 mm
Stroke: 300 mm
Max. Opening: 600 mm

Main Power: 26.9 kW
Axes: 4+1 (Y1, Y2, X, R) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 4500 mm
Overall Width: 2450 mm
Overall Height: 3500 mm
Approx. Weight: 31 Ton

10×2500

Nominal Force: 5000 KN
Bending Length: 5000 mm

Vertical Distance: 4500 mm
Throat Depth: 500 mm
Stroke: 300 mm
Max. Opening: 600 mm

Main Power: 37 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 600 mm
X-speed: 200mm/s

Overall Length: 6500 mm
Overall Width: 2800 mm
Overall Height: 4500 mm
Approx. Weight: 50 Ton

10×3200

Nominal Force: 6000 KN
Bending Length: 6000 mm

Vertical Distance: 4900 mm
Throat Depth: 500 mm
Stroke: 300 mm
Max. Opening: 600 mm

Main Power: 45 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 800 mm
X-speed: 200mm/s

Overall Length: 6500 mm
Overall Width: 2900 mm
Overall Height: 5100 mm
Approx. Weight: 60 Ton

10×4000

Nominal Force: 8000 KN
Bending Length: 6000 mm

Vertical Distance: 4200 mm
Throat Depth: 600 mm
Stroke: 400 mm
Max. Opening: 800 mm

Main Power: 55 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 800 mm
X-speed: 200mm/s

Overall Length: 6500 mm
Overall Width: 2950 mm
Overall Height: 5300 mm
Approx. Weight: 90 Ton

10×6000

Nominal Force: 8000 KN
Bending Length: 8000 mm

Vertical Distance: 6200 mm
Throat Depth: 600 mm
Stroke: 400 mm
Max. Opening: 800 mm

Main Power: 55 kW
Axes: 3+1 (Y1, Y2, X) + V
Compensation: Motorized
X-travel: 1000 mm
X-speed: 200mm/s

Overall Length: 8500 mm
Overall Width: 2950 mm
Overall Height: 5900 mm
Approx. Weight: 120 Ton

Parameters change without notice. Final model configuration, controller, voltage, blade clearance, rear support, safety protection, and quotation data should be confirmed according to the actual order.

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FAQs

What information should I send before choosing a CNC Press Brake Machine?

Send material type, thickness range, part drawings, required tolerance, daily output target, workshop layout, voltage requirement, and any existing process photos or videos. PREF Group can use this information to recommend a practical configuration.

Can PREF Group customize the CNC Press Brake Machine?

Yes. The final machine can be discussed according to working size, capacity, controller preference, safety system, tooling, automation, voltage, and shipping requirements.

Are the listed parameters final order specifications?

The parameter tables are used for model selection and comparison. Final order specifications should be confirmed with PREF Group before quotation, production, or publishing a final datasheet.

How do I know if this product is the right machine category?

Start from the part drawing and the production bottleneck. If the main issue is bending, cutting, welding, grooving, punching, or spare parts compatibility, PREF Group can compare the related product category and recommend the better fit.

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Shearing Machine Swing Beam Type