At present, the level bubble accuracy isElectronic LevelAdjustments and calibrations are primarily performed manually. Operators check the level bubble's perspective and wall symmetry errors on a standard testing platform using a level bubble detection device, then adjust and calibrate the level bubble with clamps until it meets the precision requirements. The entire process is manually completed by the operators. Due to variations in operator quality and skill levels, it is challenging to ensure the stability of product quality. Additionally, manual calibration adjustments are inefficient and struggle to meet production demands.

To address the existing technical issues, this novel utility invention provides an intelligent correction for precise immersion leveling.Electronic LevelLevel Immersion Testing and Adjustment System. The proposed solution to the current problem is an electronic level immersion testing and adjustment system. As an improvement of the present invention, it includes a photoelectric detection module for testing the electronic level immersion, a PLC control module for receiving information from the photoelectric detection module, and a servo motor for adjusting and calibrating the drive. The PLC control module comprises an information receiving module, an information processing module, and a signal conversion and transmission module, as well as the information receiving module and the photoelectric output detection module.