GHM MACHINE

GW42D vs. P42 Steel Bar Bender

P42 Steel Bar Bender Choosing the right rebar bending machine can significantly impact the efficiency and quality of your construction project. Two reliable models—the GW42D and the P42 steel bar bending machine—offer excellent performance but serve slightly different needs. Here’s a quick comparison to help you decide.

GW42D Rebar Bending Machine

GW42D is designed for accuracy, durability, and versatility. It supports both manual and automatic operations, making it suitable for a range of construction environments. Its advanced control system features a non-contact switch sensor and microcomputer to minimize angle deviation during bending. The enclosed gearbox design, paired with heat-treated alloy steel components, ensures long-term durability and resistance to heavy loads.

GW42D Steel Bar Bending Machine

Key Specs:

  • Bending Capacity: Up to ø42mm (Grade II), ø36mm (Grade III)

  • Motor Power: 3 kW

  • Speed: 7–10 rpm

  • Weight: 330 kg

This model is ideal for projects requiring precision and flexibility with different bar diameters.

P42 Steel Bar Bender

Built in Italy, the P42 Steel Bar Bender offers high-grade performance with a strong emphasis on safety and reliability. It features bidirectional bending, allowing bars to be bent both clockwise and counterclockwise—ideal for complex bending jobs. The machine complies with CE and ISO standards and includes a grease-filled gearbox for smooth, low-noise operation.

P42 Steel Bar Bending Machine

Key Specs:

  • Bending Capacity: Up to 36mm (60kg/mm²), 34mm (80kg/mm²)

  • Motor Power: 3 kW

  • Weight: 500 kg

P42 is perfect for heavy-duty bending tasks, especially in industrial or infrastructure projects where bidirectional operation is a major advantage.

Conclusion

Choose the GW42D for its smart controls and operational flexibility. Select the P42 for its robust design and dual-direction bending capability. Both machines deliver dependable performance—your best choice depends on project demands and bending complexity.