When purchasing a CNC steel bar bending machine, it is not enough to just compare prices. The key is to consider your own processing requirements and check five core parameters to avoid insufficient production capacity and unstable dimensions after the equipment arrives, which can affect the overall production rhythm of the steel bar processing factory.
Firstly, the processing diameter range needs to be confirmed to determine the applicable specifications of the coil bars, covering the common sizes of the hoops used in daily production. Single-line machines have a larger diameter range of adaptation, while double-line machines are limited by the structure and the maximum processing diameter of a single steel bar will be smaller. Customers who frequently switch between thick and thin specifications for processing need to verify the upper limit of the parameters in advance.
Secondly, distinguish between single-line and double-line machines. Single-line bending machines have strong flexibility and are suitable for small and medium-sized steel bar processing factories with diverse orders and various hoop styles; double-line machines can simultaneously form two hoops, have higher hourly production capacity, and are suitable for large-scale processing bases with large-scale standardized orders, prefabricated component factories, and supporting steel cage production lines.
Thirdly, the hourly output needs to be considered. Prioritize asking about the actual production capacity achieved during continuous and stable production. The production capacity should match the daily demand for hoops, and excessive production capacity will cause equipment idleness, while insufficient production capacity will affect the progress.
Fourthly, the processing accuracy error. Stable dimensions and angles are necessary to ensure the compatibility of the hoops with the main bars and the steel cage, meeting the requirements of various construction norms. Any error will lead to difficulties in on-site assembly, an increase in scrap rate, and a long-term increase in material loss.
Finally, look at the servo configuration. High-quality servo systems ensure stable feeding, positioning, and bending actions, with small gaps and less movement of dimensions, and lower failure rates. Simplified low-end servo systems are prone to size drift during long-term continuous operation, and the later debugging and maintenance costs will be higher.
Combine the processing specifications, order volume, and quality standards to comprehensively compare the above indicators. Xuhui Intelligent Equipment can provide a precise equipment selection plan.
