Steel Bar Bender
Warranty Period :
12 Months
| Model | P36 |
|---|---|
| Brand | Icaro |
| Type | Steel Bar Bender |
| Motor Power | 4 kW (5.5 HP) |
| Voltage | 230–400V / 3 Phase / 60Hz |
| Medium-Tensile Steel | (65 kg/mm²) |
| 1 Bar | Up to Ø 32 mm |
| 2 Bars | Up to Ø 24 mm |
| 3 Bars | Up to Ø 18 mm |
| High-Tensile Structural Steel | (85 kg/mm²) |
| 1 Bar | Up to Ø 30 mm |
| 2 Bars | Up to Ø 22 mm |
| 3 Bars | Up to Ø 18 mm |
| Working Disc | 320 mm |
| Lubrication Capacity | 8 kg |
| Bending Speed | 9 rpm |
| Dimensions | 860 × 900 × 850 mm |
| Weight | Approx. 365 kg |
| Country of Origin | Italy |
Manipulating heavy reinforcement structures requires machinery that perfectly balances immense torque with highly precise rotational control. The Icaro P36 is a premier electric rebar bener crafted in Italy to fulfill the exact demands of large-scale concrete fabrication. Driven by a highly reliable 4 kW (5.5 HP) 3-phase motor. By operating at a strictly controlled speed of 9 rpm, this steel bar bender executes flawless angular adjustments on medium-tensile steel up to 32 mm in diameter. When tasked with high-tensile structural steel (85 kg/mm²), it effortlessly manipulates single rods up to 30 mm, providing the repeatable accuracy absolutely necessary for complex foundational frameworks.
To secure extreme mechanical longevity without demanding frequent maintenance routines, The internal transmission system relies on heat-treated laminate gears permanently housed within an 8 kg sealed grease-filled gearbox. This advanced lubrication method actively suppresses operational noise and dissipates frictional heat during continuous daily bending cycles. The primary interface features a spacious 320 mm bidirectional working disc, granting technicians the immediate flexibility to program clockwise and counterclockwise rotations simply by adjusting the heavy-duty limit switch striker pin. Supported by a remote roving foot pedal for hands-free operation and protective shielding, this heavy-duty rebar bender guarantees unparalleled geometric consistency and operator protection across any active construction yard.
High-Torque 5.5 HP Motor: Delivers consistent industrial power through a 4 kW (5.5 HP) 3-phase electric motor, guaranteeing perfectly smooth and stable bending cycles across standard and high-tensile steel rods without motor hesitation.
Exceptional Bending Capacity: Hydro-mechanically engineered to process massive reinforcement elements, managing single 32 mm medium-tensile rebars, or simultaneously bending three 18 mm rods to rapidly accelerate structural site preparation.
Bidirectional 320mm Working Disc: Outfitted with a spacious, highly responsive working table that executes precise clockwise and counterclockwise rotations, allowing fabricators to craft intricate geometrical shapes with flawless repeatability.
Maintenance-Free Grease Bath Transmission: Features an incredibly durable reduction gear assembly constructed from tough, heat-treated laminates. The entire mechanism operates permanently inside an 8 kg sealed grease-filled gearbox, totally eliminating routine lubrication needs while drastically reducing wear and operational noise.
Smart Angular Control System: Dramatically simplifies operational setup by combining a bidirectional rotation selector with an adjustable limit switch striker pin, enabling operators to lock in exact bending angles in seconds for rapid mass production.
Ergonomic Roving Foot Pedal: Maximizes worker safety and geometric control by incorporating a responsive, remote foot-pedal actuator, ensuring the technician's hands remain completely free to firmly position and stabilize the heavy steel bars.
Safety Interlocks: Strictly compliant with global industrial safety regulations, integrating full physical safety shielding and an immediate emergency stop mechanism to decisively protect the operator during high-torque manipulation.
Heavy-Duty Structural Frame: The entire electromechanical bending module is anchored to a robust, stationary steel chassis, providing a highly stable and vibration-free platform during continuous manipulation of heavy reinforcement steel.
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