ZYCO
1. Precision Engineering: The DA53T electro-hydraulic press brake is equipped with a high-precision CNC system, providing exceptional control of bending angles and positioning, ensuring precise and reliable operation every time, resulting in consistently high-quality workpieces.
2. Versatile Bending Performance: With its powerful bending force and wide processing range, the machine can efficiently process sheet metal of varying thicknesses, providing stable and reliable performance in a variety of applications.
3. Intelligent Design: A smart light strip that changes color according to the bending state helps operators quickly identify the current operating mode and enhances safety.
Control system
- An integrated advanced Y-axis intelligent algorithm precisely coordinates the control of open-loop and closed-loop valves.
- Equipped with a 10.1-inch high-definition, full-color touchscreen display, it offers clear and intuitive display.
- It features a comprehensive database of molds, materials, and products, and is fully compatible with servo and variable frequency drive systems.
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Scale
- Guaranteed brand, using imported Italian GIVI scales.
- Precise positioning and fast response.
- Reliable quality and durability.
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Main Motor
- Original Siemens motor, solid quality, ensures long-term stable operation.
- Low noise, energy-saving and high efficiency.
- Full after-sales support is provided to ensure your every step of the way.
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Back gauge
- Imported high-precision ball screws and linear guides provide a solid foundation for long-term stable positioning accuracy.
- The entire machine undergoes high-temperature tempering to completely eliminate internal stress, enhance material properties, and effectively prevent accuracy deviations caused by structural deformation.
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Auxiliary Guide Rails
- The symmetrically designed auxiliary guide rails work in conjunction with the main guide rails to form a rigid, torsion-resistant structure, ensuring smooth operation of the slide even under uneven loads.
- This effectively resists off-center load moments and prevents slide tilt, ensuring consistent workpiece bending angles and exceptionally high machining accuracy.
- By offsetting abnormal stresses, it protects the core structure of the machine (such as the frame and main rails) from deformation or damage, extending the service life of the equipment.
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Internal Structure Display
For more detailed specifications, please don't hesitate to contact us.
Hydraulic bending machine structure diagram
1.Oil tank 2.Main motor 3.Limit swich 4.Electerical box 5.Stopping finger
6.Back gauge 7.Wall panel 8.Hydraulic oil cylinder 9.Slider 10.CNC system
11.Quick Clamping 12.Upper mold 13.Lower mold 14.Workbench support plate
Processing Workpiece Drawing
Sample display
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This page doesn't support show parameter one by one. If other model, pls consult us.
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Parameter
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Unit
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Value
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Common Model
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63Tx2500
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100TX3200
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160Tx3200
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200Tx4000
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Pressure
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KN
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630
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1000
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1600
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2000
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Bending Length
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mm
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2500
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3200
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3200
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3200
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Column Distance
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mm
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2030
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2600
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2600
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2600
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Max Opening Height
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mm
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E=440
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E=480
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E=500
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E=520
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Throat Depth
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mm
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D=250
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D=320
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D=320
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D=320
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Slide Stroke(Y-axis)
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mm
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170
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200
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200
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220
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Slide Moving Speed
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No Loading
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mm/s
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200
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Pressing
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12
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Returning
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170
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Main Motor Power
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KW
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5.5
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7.5
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11
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15
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Machine accuracy
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Y slider repeat
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mm
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≤±0.02
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Y slider positioning
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mm
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≤±0.02
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X, R back gauge repeat positioning
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mm
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≤±0.05
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Size (L*W*H)
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m
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3 × 1.8 × 2.5
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3.8 × 1.85 x 2.6
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3.8 × 1.85 × 2.65
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3.8 × 1.9 × 2.65
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Weigth
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KG
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5500
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7500
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9500
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12000
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Partners
Customer photos
Certificate of Honor
Q: How does the press brake help maintain consistent bending angles during production?
A: The CNC control system coordinates the machine movement and positioning during each bending operation, helping maintain consistent angles from one workpiece to the next. This is especially useful for batch production where repeatability is important.
Q: Can this press brake bend stainless steel sheets?
A: Yes. The press brake can be used for stainless steel bending when the machine capacity and tooling are properly matched to the sheet thickness and bending length. Stainless steel generally requires higher bending force than mild steel, so correct machine selection is important.
Q: How can I reduce setup time when using a press brake?
A: Setup time can be reduced by preparing the correct tooling, programming bending sequences in advance, and using the CNC system to store commonly used bending programs. This is particularly helpful for repeat orders and batch production.
Q: Can the press brake store bending programs for repeat production?
A: Yes. CNC-controlled press brakes can store bending programs, allowing operators to recall previously used settings instead of entering the parameters again for every production run. This can improve efficiency and reduce setup errors.
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