MODEL ASB2 4-10 CNC ASB2 4-10 CNC ASB4 4-12A CNC Single round wire diameter 4-10mm 4-13mm 4-13mm Double round wire diameter 4-8mm 4-10mm 4-10mm Single ribbed wire diameter 4-8mm 4-10mm 4-12mm Double ribbed wire diameter 4-6mm 4-8mm 4-10mm Max bending angle 180 180 180 Central mandrel diameter 20-30mm 20-30mm 20-30mm Max pulling speed 100m/min 100m/min 110m/min Max bending speed 1800pics/h 1840pics/h 1840pics/h 2 Servo motor 11kw 7.5kw 13kw 7.5kw 18kw 7.5kw 1 Brake motor 4kw 4kw 4kw 1 Motor for air pump 4kw 4kw 4kw Voltage 380V/415V 380V/415V 380V/415V Average electric power consumption 5kw/h 5kw/h 5kw/h Working environment temperature -5-40 C -5-40 C -5-40 C Overall size 3500x950x2000mm 3500x1000x2150mm 3500x1000x2150mm Gross Weight 2.35T 2.5T 2.55T Here’s an overview of how an automatic stirrup bending machine typically works: Material Input The machine is equipped with a coil or spool of steel bar or wire, which serves as the raw material for bending. The material is fed into the machine using a feeding mechanism, which may involve rollers or other methods to ensure a smooth and continuous supply. Programming The operator programs the desired dimensions and bending angles for the stirrups into the machine’s control system. This can be done using a computer interface or a control panel on the machine itself. Bending Process Once the material is in place and the parameters are set, the machine automatically feeds the steel bar or wire through a series of bending rollers or mandrels. These rollers or mandrels are positioned according to the programmed specifications to bend the material into the desired shape. Cutting After the bending process, the machine may also incorporate a cutting mechanism to trim the stirrups to the required length. The cutting process can be performed simultaneously with or after the bending operation. Output The completed stirrups are then discharged from the machine, ready for use in construction projects. The machine’s automation and precision help ensure consistent and accurate results.
