ZYCO
1. Bidirectional high-precision positioning, automatic compensation of lead screw gap, equipped with anti-collision and material withdrawal protection function, which can extend the service life.
2. 10-inch touch screen, support parameter preset and process library call.
3. Support "multi-step programming" to achieve complex shapes such as Z-shaped and U-shaped.
Control system
- Equipped with a high-performance CNC system, it provides powerful computing processing capabilities to ensure millimeter-level precise positioning of each bending action.
- The system supports one-click backup and instant recovery of parameters, which greatly reduces the equipment debugging time and ensures production continuity.
- The device has built-in massive storage space, which can save 500+ independent processing programs, and each program supports flexible settings of up to 40 processes, which can easily cope with diverse production tasks.
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Hydraulic system
- The high-performance hydraulic valve group of Rexroth from Germany is adopted to ensure the system's quick response and precise control, while greatly improving the service life of key components.
- Its intelligent hydraulic system can dynamically adjust the working pressure and easily adapt to the processing requirements of plates of different thicknesses and materials.
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Mechanical compensation
- The high-strength alloy steel compensation module is adopted, and the compensation accuracy of ±0.01mm is achieved through precision CNC machining, which effectively eliminates the deformation of the plate during the bending process and ensures uniform bending angles over the entire length.
- The workbench adopts a multi-stage independent compensation design, which can adjust the local pressure distribution in a targeted manner according to the bending length, plate thickness and material differences.
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Back gauge
- The imported high-precision ball screw and linear guide are used to replace the traditional transmission structure, so that the positioning accuracy and repetitive consistency of the back gauge can achieve a qualitative leap.
- To ensure long-term stability, we carry out an overall high-temperature tempering process on the back gauge system to significantly eliminate internal stress and enhance the plasticity and structural toughness of the material.
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Oil pump
- The oil pump is cast with high-strength cast iron material, combined with an innovative low-noise structural design, which has excellent tolerance to oil impurities and significantly improves the durability of the equipment.
- The oil pump adopts an optimized gear pump structure based on high-strength cast iron to adapt to complex working conditions, reduce maintenance frequency, and ensure long-term stable operation.
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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: Can I use different press brake tooling for different bending applications?
A: Yes. Different punches and dies can be selected according to the material, thickness, bending angle, and workpiece shape. Proper tooling selection is important for achieving the required bending result.
Q: Can a press brake produce both simple and complex sheet metal parts?
A: Yes. A press brake can produce simple bends as well as multi-step components with several bending angles. The achievable shape depends on the workpiece geometry, tooling configuration, and available machine functions.
Q: What type of tooling is normally supplied with a press brake?
A: The tooling configuration depends on the customer's bending requirements. Common configurations include standard punches and V-dies, while special tooling can be considered for specific profiles or forming applications.
Q: Can the same press brake be used for different sheet thicknesses?
A: Yes, within the machine's rated capacity. Different sheet thicknesses can be processed by selecting appropriate bending parameters, tooling, and bending methods. The required force should always be checked before production.
Q: What factors affect the bending force required by a press brake?
A: Bending force is mainly affected by material strength, sheet thickness, bending length, die opening, and bending method. Higher-strength or thicker materials generally require greater bending force. If you provide your material and workpiece dimensions, our professional team can calculate the required capacity for you.
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