Stirrup Bending/Ring Making Machine – Three Phase (GF20/TP/D)

The Stirrup Bending Machine Model No. GF20/TP/D is a versatile and efficient tool designed for bending rebar with precision and ease. Suitable for both manual and automatic operation, this machine is perfect for construction professionals who require reliable and consistent performance in their rebar bending tasks.

Specifications:

• Model: GF20/TP/D
• Bending Rebar Diameter: 0-20 mm
• Plate Diameter: 360 mm
• Angle Feed: SPT 20 Manual and SPT 20D Auto
• Motor Power: 4 KW (5 HP)
• Voltage: 425V
• Present Angles: 90° / 135°
• Weight: Approximately 100 kg

Features:

• Versatile Operation: The machine supports both manual (SPT 20) and automatic (SPT 20D) operation, providing flexibility to suit different project requirements.
• High Capacity: Capable of bending rebar with diameters ranging from 0 to 20 mm, making it suitable for various construction applications.
• Large Plate Diameter: The 360 mm plate diameter allows for efficient and accurate bending, ensuring precise angles and consistent results.
• Powerful Motor: Equipped with a 4 KW (5 HP) motor, the machine delivers robust performance, ensuring efficient and smooth operation.
• Preset Angles: The machine comes with present angles of 90° and 135°, facilitating quick and accurate bending without the need for manual adjustments.
• Durable Construction: Built with high-quality materials, the GF20/TP/D is designed for long-lasting durability and reliable performance in demanding work environments.
• Compact and Lightweight: Weighing approximately 100 kg, this stirrup bending machine is compact and easy to transport, making it ideal for on-site use.

Applications:

The Stirrup Bending Machine Model No. GF20/TP/D is ideal for a wide range of applications, including:

• Construction sites
• Rebar fabrication shops
• Industrial projects
• Infrastructure development

Optimize your rebar bending tasks with the Stirrup Bending Machine Model No. GF20/TP/D, a powerful and versatile tool designed to deliver precision and efficiency in every bend.