When moving the position of the steel structure engineering task platform (or column support), the department with the smallest chemical quantity usually requires the steel column to remain stationary according to the project schedule. To ensure precise detection of steel column clashes with steel structure equipment, appropriate reinforcement measures must be implemented. Common reinforcement methods for steel columns include inter-column supports, tie rods, and component supports, all of which effectively prevent conflicts. Additionally, replacing the sliding screw at the top of the feed system with a steel ball screw can yield significant improvements.
Steel structure engineering has universally adopted steel ball screw transmission systems. Many reinforcement conflicts in steel structure projects, especially in open-loop systems, originate from issues within the feed transmission chain. Unless machining errors of the transmission roller and steel ball screw are minimized, the alternative solution is to use a gapless transmission pair. To address cumulative pitch errors of the steel ball screw, pulse compensation devices are generally employed to maintain pitch accuracy.
To further extend the lifespan and enhance the conflict resistance of steel structures, it is essential to carefully consider the wear resistance of structural components during the design phase. This is particularly important for critical parts such as engineering rails and feed servo main optical axis components, which directly influence the machine’s response speed. During integrated decoration applications, ensuring that all steel structure components operate smoothly and reliably is crucial.
In processing steel columns within steel structure engineering, auxiliary labor (non-chip labor) accounts for a relatively high proportion of the work. To boost productivity, measures must be taken to minimize auxiliary tasks as much as possible. Previously, only a few CNC engineering projects implemented active tool-changing equipment featuring multiple main axes, multiple tool holders, and tool libraries to reduce tool change time. For steel structure engineering with increased chip usage, the steel column design must also meet wind resistance requirements.
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