Industry

I. Source Control: Choosing a High-Precision Platform Precision Level: Prioritize Level 0 or 1 platforms (e.g., for aerospace and new energy vehicle a

1. Inspection Frequency Routine Environment: Perform a comprehensive inspection monthly. High Load/Harsh Environment: Inspect weekly or per shift. 2.

1. Mechanical Wear: Long-term use leads to wear on transmission components such as gears and bearings, affecting accuracy and stability. 2. Insufficie

1. Preliminary Inspection and Diagnosis Observe the phenomena: Check the transmission components (such as gears, lead screws, and guide rails) for abn

1. Platform Deformation Handling If the platform is deformed due to long-term load or impact, surface precision needs to be restored through processes

I. Mechanical Faults 1. Platform Deformation: Long-term load or impact causes unevenness on the working surface, requiring correction or replacement.

Regular Maintenance Plan 1. Daily Inspection: Clean the table surface of welding slag, check for loose fasteners, and test the cooling fan's opera

1. Surface Accuracy Errors Prolonged use may cause wear or deformation of the platform surface, leading to decreased accuracy. Surface accuracy can be

I. Regular Maintenance and Calibration 1. Cleaning and Inspection: Clean the table surface daily, removing welding slag and dust. Check for loose conn

I. Mechanical Wear and Deformation Fatigue Damage: Microscopic cracks develop within the material after prolonged use, leading to failure. Wear: Parti

1. Active Vibration Isolation Technology: Active vibration isolation monitors vibration in real time and generates a counterforce to cancel out interf

1. Ambient Temperature Control: The 3D welding table needs to operate in a constant temperature environment (recommended 20±2℃), with temperatu