Rebar Bending Machine

Looking for a reliable rebar bending machine that handles daily construction workloads? EFFICIENT builds disk‑type rebar benders for round and deformed bars with stable torque, precise angle control, and long service life. Choose from compact manual models to automatic CNC rebar bending machines to match your bar size, speed, and budget.

Why Choose Our Rebar Bending Machine?

• Wide capacity, one lineup: bend round bar up to 60 mm and deformed (threaded) rebar up to 50 mm, model‑dependent.
• Fast cycle time: up to 12 bends per minute. Keep projects on schedule, whether on site or in a fab shop.
• Accurate and repeatable: hardened disk and pins with precise angle stops; CNC options store programs and compensate spring‑back.
• Built for tough jobs: thick‑plate welded frame, industrial reducer, copper‑wound motors (3.0–5.5 kW), 1440 r/min, 3‑phase 380 V.
• Easy to operate: clear angle setting, foot pedal, quick pin changes, safe guards, E‑stop.
• Low maintenance: accessible grease points, replaceable pins, labeled electrics. Downtime is minimal.
• Full solution ready: pair with our Rebar Straightening Machine and Rebar Ring Making Machine to streamline your line from prep to forming.

How Does the Rebar Bender Machine Work?

• A rebar bending machine drives a heavy turntable through a motor and worm‑gear reducer to deliver low‑speed, high‑torque rotation.
• The rebar is located against side stops while a center mandrel pin sets the inner bend radius; a bending pin on the turntable sweeps the bar around the mandrel to create a plastic bend.
• Rotation stops at preset angles via mechanical stops or limit switches and can reverse to release the workpiece.
• Bend radius is adjusted by changing the mandrel diameter and the hole position of the bending pin, while jog/forward‑reverse control ensures accurate angles with minimal springback.

Technical Data of the Steel Bar Bending Machines

Model	Round bar capacity (mm)	Deformed/Threaded capacity (mm)	Speed (bends/min)	Motor power (kW)	Voltage	Motor speed (r/min)	Dimensions (mm)	Weight (kg)	Control
40	≤ 32	≤ 28	12	3.0	3-phase 380 V	1440	810*760*830	220	Manual
40H	≤ 34	≤ 32	12	3.0	3‑phase 380 V	1440	830*770*830	255	Manual
42	≤ 34	≤ 32	12	3.0	3‑phase 380 V	1440	830*750*840	270	Manual
45	< 40	≤ 34	12	4.0	3‑phase 380 V	1440	850*750*830	290	Manual
45 (CNC)	< 40	≤ 34	12	4.0	3‑phase 380 V	1440	850*750*830	300	CNC
50	≤ 50	≤ 45	12	4.0	3‑phase 380 V	1440	950*850*850	320	Manual
50 (CNC)	≤ 30	≤ 28	12	4.0	3‑phase 380 V	1440	950*850*850	325	CNC
60	< 60	< 50	12	5.5	3‑phase 380 V	1440	1050*870*900	420	Manual
60 (CNC)	< 60	< 50	12	5.5	3‑phase 380 V	1440	1050*870*900	425	CNC

Note: Specs below reflect standard configurations. Custom voltage, pins, and capacity are available.

How to Apply Rebar Bending Machines?

• Structural fabrication: L‑bars, U‑bars, hooks, stirrup shapes, multi‑angle parts for beams, columns, slabs, foundations.
• Job sites and workshops: consistent daily bending with simple setup and quick changeovers.
• Precast and processing lines: integrate with straightening and cutting for smooth flow.

How to Select Your Model?

• Max diameter first: choose by your largest round and deformed bar. Don’t underspec capacity.
• Productivity target: repetitive angles → CNC; mixed small batches → manual/automatic.
• Power and space: confirm 3‑phase 380 V supply, footprint, and weight logistics.
• Tooling set: prepare pin kits and spacers to achieve required bending radii per code.

Tell us your max diameter, typical shapes, and daily output target. We’ll recommend the right rebar bending machine and send a fast quote with lead time and shipping options.

Conclusion

As experts in rebar recycling, we offer comprehensive solutions including rebar straightening machines, rebar ring making machines, rebar bending machines, and more. If you’re interested, please feel free to contact us anytime.