2D Wire Bending Machine —— High-Efficiency Forming Expert for Stainless Steel Metal Products (5-10mm Wire Diameter Special)

I. Product Definition and Industry Positioning

• Thick Wire Processing Advantage: Breaks through the wire diameter limitations of traditional bending machines, specially designed for 5-10mm stainless steel hard wires, ensuring no cracks or deformation during bending.
• High Efficiency and Stability: Stable capacity of 6-8 pieces/min (calculated by 300×300mm square frame), 80% more efficient than manual bending, with a yield rate of 99.2%.
• Precision Forming: ±0.5mm-level bending precision meets industrial standards for high load-bearing and strict assembly requirements.
  

II. Core Technical Parameters

III. Five Core Advantages

1. Thick Wire Processing Expert, Stress-Free Bending for Hard Wires
   • Exclusive optimized 4-axis linkage bending technology designed for 5-10mm stainless steel hard wires. Bending molds use high-hardness Cr12 steel, with impact resistance improved by 60%, ensuring no cracks or wrinkles during forming, meeting load-bearing requirements for heavy-duty metal products (e.g., shelf beams, mechanical supports).
2. High-Efficiency Capacity, Preferred for Large-Scale Production
   • Fully automated process from wire feeding, straightening, cutting to bending, requiring no manual intervention. Single-machine daily capacity reaches 10,000+ pieces.
   • 4000 sets of process data storage + quick-change mold design, model change time <15 minutes, supporting rapid switching of multi-specification orders (e.g., stainless steel frames of different sizes).
3. Millimeter-Level Precision, Zero Assembly Errors
   • Wire feeding system: Dual servo motor closed-loop control, stable wire feeding speed at 27m/min, length error ≤0.5mm.
   • Bending system: 360° rotating die head + inner-outer mold linkage, achieving one-step forming of "right angles, arcs, multi-angle combinations," with angle error <1°, suitable for high-precision assembly scenarios (e.g., industrial equipment protective covers, precision instrument brackets).
4. Intelligent Control, Zero-Threshold Operation
   • Visual touchscreen interface, real-time monitoring of production data (speed, wire consumption, yield rate), automatic fault diagnosis and alarm.
   • Supports offline programming: Automatically generates bending paths via DXF drawing import, allowing novices to operate independently after 2 hours of training.
5. Durable and Reliable, Reduced Maintenance Costs
   • Core components use import-grade configurations: Eurui servo motors (life exceeding 50,000 hours), Yaqi servo system (response speed <30ms), failure rate <0.1% under 12-hour daily operation.
   • Modular design: Removable wire feeding wheels and bending molds, reducing vulnerable part maintenance time by 50% and annual maintenance costs by 35%.

IV. Typical Application Scenarios