Xuhui (Shandong) Intelligent Equipment Co., Ltd. is one of the leading manufacturers and suppliers of bridge steel bar bending and coiling machine in China. If you're going to wholesale high quality bridge steel bar bending and coiling machine made in China, welcome to get quotation from our factory. Customized orders are welcome.
In addition to being applied in production lines for construction rebar meshes and rebar beams, it can also handle rebar straightening and cutting, making it a highly practical multi-function machine. The machine can bend rebars into various required shapes strictly according to design specifications. Compared with traditional manual processing, this CNC equipment significantly improves working efficiency while effectively avoiding issues such as inaccurate stirrup lengths and angle deviations caused by manual errors.
Working Principle
The working principle of this machine is actually quite straightforward-it operates through a combination of mechanical transmission and CNC technology. The motor provides the driving force, which is then transmitted to the bending components through parts such as the reducer and gears.
The CNC system precisely controls every detail, including the feeding length of the rebar, the bending angle, and the bending speed. For example, once the required rebar dimensions and bending shape are entered, the machine automatically feeds the rebar. When the rebar reaches the preset length, the bending unit immediately engages and bends the rebar according to the predefined angle, completing the processing of a single stirrup.
Product Display
Product Features & Functions
This CNC rebar stirrup bending machine delivers outstanding accuracy and speed, with performance you can truly rely on. Equipped with an advanced CNC control system and high-precision mechanical components, it ensures extremely accurate rebar bending and cutting, achieving a processing accuracy of ±0.5 mm. At the same time, the processing speed is remarkably fast-each bar can be completed in just a few seconds-maximizing overall production efficiency.
The machine also offers a wide processing range, easily handling rebars of various specifications commonly used in beam yard construction. It supports both single-bar and double-bar processing modes, providing flexible and practical solutions that meet most on-site processing requirements.
Compared with traditional manual stirrup bending, this machine operates in a fully automated and continuous manner, allowing a large number of stirrups to be produced in a short time. This significantly reduces rebar processing time on site and helps accelerate overall project progress. Operation is simple and user-friendly: workers only need to input parameters via the CNC control panel, and the machine runs automatically. Minimal professional skills are required, which lowers labor costs and reduces errors caused by manual operation.
In addition, green production is a key focus of this equipment's future development. Environmentally friendly materials and energy-saving technologies will be adopted to reduce energy consumption and emissions during operation, achieving cost savings while promoting sustainable and eco-friendly production.
Application Scope
This CNC rebar stirrup bending machine offers exceptional versatility, making it suitable for producing a wide range of reinforced concrete precast components, such as precast beams, slabs, and columns. Whether for building construction, water conservancy projects, or power infrastructure, using this machine to process rebar can significantly boost production efficiency while ensuring high-quality reinforcement, resulting in more reliable finished precast products. When constructing bridge piers and columns, it can efficiently produce large quantities of neatly shaped circular and rectangular stirrups, properly reinforcing the rebar framework. This enhances both the load-bearing capacity and seismic performance of the piers and columns. Thanks to its precise and efficient processing capabilities, the machine ensures uniform rebar dimensions and shapes in precast components, guaranteeing quality, accelerating production, and improving overall manufacturing efficiency.
