With technological advancements, advanced straightening machines are elevating coating protection to new levels by integrating intelligent sensing and adaptive control systems. These technologies have achieved a leap from "empirical protection" to "perceptual protection." By integrating high-resolution visual sensors or laser scanners, the equipment can automatically identify and record the coating condition and geometric morphology of utility poles before operation. The system autonomously plans optimal gripping points and force application paths while proactively avoiding existing coating defects or structurally weak areas. During operation, real-time data from force sensors and displacement sensors form a closed-loop feedback system. The system not only controls force magnitude but also monitors for abnormal resistance fluctuations during application – which may indicate coating slippage or damage, prompting immediate action suspension or adjustment.
Furthermore, by establishing a mechanical property database for various coating materials, the intelligent straightening system enables automatic matching of process parameters. Operators simply need to input the lamp post's coating type (e.g., "hot-dip galvanized-85μm" or "spray-coated polyester"), and the system automatically activates preset optimization parameters—including maximum allowable clamping force, progressive loading curves, and pressure holding duration—to ensure the workflow consistently operates within safe parameters for the coating. This material-specific adaptive control fundamentally reduces reliance on operator experience, achieving standardized and replicable coating protection.Cutting Equipment, Welding Equipment,Straightening Equipment,straightening machines.
