Aluminium Section Punching Machine (1D)

Aluminium Section Punching Machine (1D)

Specifications:
  • Die Configuration: Supplied with 1 interchangeable punching die
  • Punching Mechanism: Pneumatic operation with 5–7 Kgf/cm² air pressure
  • Pneumatic Cylinder: Industrial-grade (200 × 25 mm) for stable force
  • Structure: Solid MS body with compact footprint
  • Base Plate: Heavy MS base (303 × 250 × 20 mm) for enhanced stability
  • Top Plate: Hardened MS top plate for repeated impact resistance
  • Footpad Control: Manual punch activation via foot pedal
  • Operation: Designed for clean and consistent profile punching
  • Application: Suitable for aluminum section punching and slotting
  • Finish: Clean look with attractive industrial paint and design
  • Machine Size: 650 mm (W) × 700 mm (D) × 1400 mm (H)
  • Maintenance: Simple, rugged design with low maintenance needs

Product Description:

The Aluminium Section Punching Machine (1D) is meticulously engineered to deliver precision and efficiency in punching operations for aluminum sections. Its advanced features make it an indispensable asset for manufacturers aiming for high-quality fabrication.

  • Customizable Die Options: The machine comes equipped with a single die, which can be tailored to specific punching requirements, ensuring versatility in operations.
  • Pneumatic Operation: Utilizing a pneumatic system, the machine offers smooth and consistent punching, requiring an air pressure of 5 to 7 Kgf/cm² for optimal performance.
  • Robust Construction: Built with a heavy-duty MS structure, the machine promises durability and can withstand rigorous industrial use with minimal maintenance.
  • Compact and Efficient Design: Its space-saving design does not compromise on performance, making it suitable for various aluminum section applications.
  • Enhanced Punching Capacity: Capable of achieving punching thicknesses between 1 to 3 mm in aluminum profiles, catering to a wide range of fabrication needs.
  • Multi-Die Accommodation: Designed to fix multiple dies, allowing for flexible and efficient punching configurations as per project requirements.