GMS BT24X5 Portable 110v Stirrup Bending Machine (Up to #7)

The GMS BT 24×5 is a portable bending machine engineered for on-site use in construction and reinforcement fabrication. It features a fixed center-pin bending head, an ergonomic and compact frame, and is designed for mobility as well as durability. It supports full safety compliance and flexible bending programs, making it well-suited for mobile fabrication sites, precast yards, or reinforcement cages.

Key Features

• Portable, transportable design with lighter and ergonomic body for ease of movement on job-site.
• Fixed centre pin bending head provides stable, repeatable bends.
• Digital control panel option for programmable bending sequences (optional).
• Equipped for stirrup (U-shape) bending and multiple bar bending programs.
• Heavy-duty mechanical drive system for long service life and low maintenance.
• Built with full safety features: emergency stop, foot-pedal or push-button control, and corrosion-protected finish.
• Made to deliver efficient performance on-site with minimal setup time.

Technical Data & Dimensions

• Dimensions: 63 × 70 × 62 cm ( 24.8 × 27.6 × 24.4 inches)
• Motor Power: 1.5 kW
  Voltage: Modified for 110 V single-phase
• Weight: 130 kg (286 lb)
• Bending Capacity (depending on steel strength):
  • At 45 kg/mm²: Ø 24 mm × 1 or Ø 16 mm × 2
  • At 65 kg/mm²: Ø 22 mm × 1 or Ø 14 mm × 2
  • At 85 kg/mm²: Ø 20 mm × 1 or Ø 12 mm × 3
• The machine can bend up to one #8 bar or multiple smaller bars simultaneously, depending on steel strength.

Application & Advantages

The BT 24×5 is ideal for use in construction, precast, and steel fabrication environments where efficiency and portability are key. Its small footprint (about 25 × 28 inches) makes it easy to position in confined workspaces. The mechanical system delivers fast, clean, and accurate bends, while the optional digital control allows for programmable operations—perfect for producing stirrups, hooks, and repetitive shapes. The 110 V single-phase setup provides compatibility with North American job-site power, allowing operation without specialized three-phase systems.