Servo-driven plate bending machine WyCell
electricautomatichigh-precision

Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision - image - 2
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision - image - 3
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision - image - 4
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision - image - 5
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision - image - 6
Servo-driven plate bending machine - WyCell - Weiya Machinery Technology Co., Ltd. - electric / automatic / high-precision - image - 7
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Characteristics

Operation
electric, servo-driven
Other characteristics
automatic, high-precision, for metal fabrication
Sheet thickness

Max.: 4 mm
(0.2 in)

Min.: 0.5 mm
(0 in)

Sheet width

Max.: 1,250 mm
(49 in)

Min.: 0 mm
(0 in)

Description

Overview The WyCell series redefines panel bending with fully automated, high-flexibility processing for sheet metal panels (0.5–4 mm). Featuring 6-axis servo control, intelligent gripper systems and fast tool-less changeover (≤30 s), this flexible bending center eliminates the need for traditional press brake dies, delivering ±0.01 mm positioning accuracy and up to 30% higher productivity for small-batch, multi-variety panel production.

Key features
  • Fully automatic 4-sided bending with no manual flipping
  • 6-axis servo control and intelligent gripper systems
  • Tool-less changeover ≤30 s for standard panel sizes
  • Eliminates traditional press-brake dies; suitable for small-batch, multi-variety production
  • Positioning accuracy: ±0.01 mm; final angle accuracy within ±0.1° (with adaptive springback compensation and real-time laser measurement)
  • Processing thickness range (standard): 0.5–4 mm; applicable materials: carbon steel, stainless steel (304/316), aluminum (6061/5052), galvanized steel; special configurations for copper and brass
  • Designed for continuous industrial operation; components comply with ISO 9001 and CE standards
  • Energy-efficient full electric servo drive with regenerative braking (significantly lower energy consumption vs. hydraulic systems)

Machine accessories
  • General Bending Blades: Core forming components (upper and lower blades) perform forward and reverse bending through oscillation. Features:
    • Material: 42CrMo / Cr12MoV, hardness HRC 50–55
    • Oscillation frequency: 15–25 bends/min
    • Applicable sheet thickness: 0.3–3.0 mm (depending on model)
  • Blank Holder: Secures sheet on worktable for high bending accuracy and stability. Features:
    • Servo-controlled holding force, max pressure up to 1000 kN
    • Automatic adjustment for varying part widths
  • Flexible Control System: Manages motion compensation and automatic tool sequencing. Features:
    • Supports 15+ axes synchronized control
    • 3D graphic import and automated production planning
    • Response time: 1 ms
  • Full Electric Drive System: Ensures speed and accuracy. Features:
    • Energy recovery system; ~40% lower power consumption than hydraulic equivalents
    • Peak rotation speed: 3000–5000 RPM
    • Maintenance interval: >10,000 hours
  • Heavy-Duty Frame: Gantry or closed structure, fully welded and stress-relieved. Features:
    • Table flatness: <0.05 mm/m
    • Total weight typically ~1.5× heavier than conventional press brakes of same tonnage
  • Optional: Offline programming software (3D simulation, STEP/DXF import, collision simulation); Automatic loading & unloading systems (pneumatic or vacuum suction, synchronized with bending cycle)

Support & lifecycle services
  • Remote diagnostics with real-time system monitoring
  • On-site operator and maintenance training (customized, typically 2–5 days)
  • Software upgrade service (annual offline programming software updates and new material algorithms)
  • 36-month warranty coverage on key systems (servo drives, gripper systems)

Technical Specification Matrix
Parameter | A1400 | A2000 | A2500 | A3000
Max. Bending Length | 1400 mm | 2000 mm | 2500 mm | 3000 mm
Max. Bending Width | 1250 mm | 1250 mm | 1250 mm | 1250 mm
Max. Bending Height | 170 mm | 170 mm | 170 mm | 110 mm
Min. Bending Height | 4 mm | 4 mm | 4 mm | 4 mm
Min. Bending Radius | 2 mm | 2 mm | 2 mm | 2 mm
Bending Angle | ±180 ° | ±180 ° | ±180 ° | ±180 °
Motor Power | 44.5 KW | 93 KW | 214.5 KW | 216 KW
Average Working Power | 2.2 KW | 4.7 KW | 10.7 KW | 10.8 KW
Dimension (LxWxH) | 4600*2600*2400 mm | 5800*3170*2500 mm | 6300*3700*2500 mm | 6900*4300*2800 mm

Finished products & applications Images show representative bent panels, boxes and assemblies produced with WyCell flexible bending center (examples for carbon steel, stainless, aluminum and coated panels).

Catalogs

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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