The 2000 Type CNC Rebar Cage Hooping Machine(Double Wire) boasts outstanding core features. Compared to traditional manual binding and welding, its biggest advantage lies in significantly reducing on-site manual labor, saving manpower, while simultaneously improving the processing quality of rebar cages and avoiding the uncertainties of manual operation. Utilizing a friction drive principle, coupled with an adjustable-height electric support, it ensures uniform and synchronous operation of the wire and the main machine, resulting in fast winding speed, stable quality, and high processing precision.
The 2000 Type CNC Rebar Cage Hooping Machine(Double Wire) boasts a simple structure and strong adaptability, capable of processing rebar cages ranging from 600-3000mm in diameter. It meets the processing needs of various rebar cage specifications, offering low labor intensity, convenient operation, and an intuitive control interface, lowering the operational threshold. Its leading technology, rapid construction, and convenient transportation make it widely used in rebar cage fabrication for various infrastructure projects such as subways, bridges, buildings, airports, and highways. It is particularly suitable for construction units and processing companies with high requirements for rebar cage winding efficiency and quality, seeking cost reduction, efficiency improvement, and convenient construction.
2000 Type CNC Rebar Cage Hooping Machine(Single Wire) Features and Applications
The 2000 Type CNC Rebar Cage Hooping Machine focuses on technological advantages and engineering practicality, deeply integrating efficient production with scenario requirements:
1. The highly efficient automated rebar winding system achieves synchronous and uniform speed operation of the wire and the main unit through friction transmission and electric support, resulting in fast and stable winding speed. In large-scale projects such as bridges and tunnels, a single machine can replace multiple workers, significantly shortening the processing cycle and reducing labor costs, especially advantageous in projects with tight schedules.
2. Precise and Stable Structural Design: Relying on the rotational support of two sets of powered rollers and automatic bracket tension adjustment, the concentricity and verticality of the rebar cage during processing are ensured. In pile foundation engineering, the equipment effectively avoids construction problems caused by structural deviations, guaranteeing project quality and safety, and meeting high-standard construction requirements.
3. Flexible Adaptability and Convenient Operation: Equipment parameters can be flexibly adjusted to adapt to the processing of rebar cages with diameters of Φ600-3000mm and lengths ≤12m. The PLC + touch screen control system simplifies the operation process, allowing for one-click parameter adjustment. It is suitable for mixed production scenarios of rebar cages of various specifications, such as municipal engineering, with quick mode switching reducing downtime and improving equipment utilization.
4. Energy Efficiency and Low Maintenance Costs: The equipment has a total power of 18kW, low energy consumption, and reduces electricity costs over long-term operation; key components have a long lifespan and low maintenance frequency. The compact design (13000×1830×800mm) adapts to various workshop sites, ensuring continuous and stable operation of projects and reducing overall operating costs. By deeply integrating its technological features with engineering scenarios, the equipment provides reliable and efficient rebar cage processing solutions for diverse construction needs.
Product Details
The 2000 Type CNC Rebar Cage Hooping Machine(Double Wire) features comprehensive performance configuration, adaptable to processing various rebar cage specifications, covering a processing range of 600-3000mm, and capable of processing rebar cages up to 12m in length, meeting the personalized processing needs of various infrastructure projects. The winding speed is flexibly adjustable between 0-15.4m/min, and the trolley speed is adjustable between 0-1.38m/min, allowing precise control of the winding rhythm and density according to processing requirements to ensure processing quality.
The 2000 Type CNC Rebar Cage Hooping Machine(Double Wire) boasts a powerful configuration, equipped with a 7.5KW main motor, a 3KW trolley motor, and a 5.5KW straightening motor, ensuring stable power output to meet the demands of long-term continuous operation and guaranteeing stable operation under high-intensity processing conditions. Weighing 3800KG, the robust structure prevents shaking during operation, ensuring processing accuracy. With installation dimensions of 19M×4M, its rational layout adapts to processing sites of varying sizes. The design also facilitates easy transport, allowing for flexible movement according to construction needs and enhancing operational convenience. The equipment features a simple overall structure, convenient maintenance, low operating costs, suitability for complex on-site processing environments, and a long service life.
I. Automation Level:
Traditional Machinery: Relies on manual tying or semi-automatic rebar winding, resulting in low efficiency, high labor intensity, and high labor costs.
2000 Type CNC Rebar Cage Hooping Machine: Fully automated rebar winding system with friction drive and electric support operating synchronously, improving efficiency by ≥80%, saving labor and significantly reducing labor costs.
II. Processing Accuracy:
Traditional Machinery: Manual operation easily leads to uneven rebar spacing and structural deviations, affecting project quality.
2000 Type CNC Rebar Cage Hooping Machine: Automatic support tension adjustment + PLC precise control, spacing error ≤1mm, ensuring consistent, robust, and reliable rebar cage structure.
III. Ease of Operation:
Traditional Machinery: Complex mechanical structure, requiring professional training for operation, cumbersome parameter adjustments, and time-consuming.
2000 Type CNC Rebar Cage Hooping Machine: Touch screen + PLC intelligent system, one-click parameter adjustment, adaptable to processing of multiple specifications of rebar cages, low operating threshold, and quick switching of production modes.