CNC Four-Head Corner Crimping Line

CNC Four-Head Corner Crimping Line

CNC Four-Head Corner Crimping Line

The CNC Four-Head Corner Crimping Line (servo-driven), suitable for window sashes/frames, features stable synchronous operation, easy parameter adjustment, memory for 100+ profile parameters, CNC compensation, 45-50 seconds per section, high precision, and durability.
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CNC Four-Head Corner Crimping Line

The CNC Four-Head Corner Crimping Line (servo-driven), suitable for window sashes/frames, features stable synchronous operation, easy parameter adjustment, memory for 100+ profile parameters, CNC compensation, 45-50 seconds per section, high precision, and durability.
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Technical Specifications
Parameter Specification Parameter Specification
Power Voltage 380V/50Hz Total Power 14.13 kW
Working Air Pressure 0.6-0.8 MPa Total Weight Approx. 3.5 tons
Max. Frame Assembly Size 2200 × 3000 mm Min. Frame Assembly Size 490 × 700 mm
Discharge Section (L×W) 2900 × 3600 mm Feeding Section (L×W) 2900 × 3600 mm
Average Time per Window Sash/Frame 45-50 seconds/section
Overall Dimensions 12500 × 3950 × 1500 mm
Equipment Advantages
  • This equipment differs from other similar products because it uses servo motors for operation, which brings many advantages.
  • Firstly, the synchronization of the servo motors is excellent, ensuring no misalignment during movement.
  • Secondly, adjustments are very convenient—simply adjust the tool height, position, and depth by entering numerical values.
  • More impressively, it also features a memory function. Once parameters for a profile are set, they can be recalled for the same profile next time.
  • Moreover, it operates at high speed. Using stepper motors allows easy speed adjustment, and the transmission effect is very stable.
  • Compared with traditional hydraulic equipment, servo motors offer better synchronization, higher stability, and are unaffected by temperature changes.
  • Additionally, it can store parameters for over 100 different profiles, making it highly practical. Importantly, CNC technology allows mechanical errors to be compensated via numerical adjustment, greatly extending the equipment’s service life.
  • Finally, its mechanical structure adopts linear square rails, providing higher precision and more reliable performance compared to hydraulic cylinders.
  • In summary, this equipment delivers efficient, stable, and reliable performance with userfriendly operation. Whether for business startup or personal use, it will become your capable assistant.