High-Precision Online Inspection Solution for New Energy Motor Shafts
New energy motor shafts, as critical power core components, feature a high length-to-diameter ratio, multiple stepped structures, tight dimensional tolerances, and strict dynamic balance requirements, posing high challenges and strict standards for mass production quality control.
Optical shaft measuring system provides an efficient solution with non-contact high-speed scanning, full-profile high-precision measurement, and one-click automated operation. They accurately measure key parameters including outer diameter, roundness, coaxiality, runout, length and taper, eliminating part scratches and measurement errors caused by contact methods. Delivering micron-level accuracy while greatly improving batch inspection efficiency, they offer a stable and traceable quality control solution to ensure consistent quality, reliable assembly and superior dynamic balance of new energy motor shafts.
Inspection Pain Points
1. High Pressure for 100% Full Inspection: Factories require 100% full inspection of motor shafts. Traditional manual and contact inspection methods are slow and cannot keep up with the production line tempo, restricting production capacity.
2. Poor Measurement Consistency: Manual measurement is prone to operational errors and wear-induced errors, leading to scattered batch data that affects dynamic balance and assembly accuracy.
3. Demand for Digital Data Traceability: There is a need for seamless connection with production management systems to automatically upload dimensional and geometric tolerance data. Traditional equipment is difficult to integrate and cannot achieve a closed-loop quality control system.
Solution
Ideal for high-volume, high-speed, and digital inspection scenarios of new energy motor shafts:
1. Ultra-Fast Automatic Batch Inspection: Non-contact one-key measurement, with speed far exceeding traditional equipment, meeting the 100% full inspection tempo of production lines.
2. Stable Precision & High Consistency: Eliminates contact wear and human errors, ensuring excellent repeatability of parameters such as dimensions, roundness, and coaxiality, thus guaranteeing motor running accuracy and dynamic balance quality.
3. Digital Data & Production Line Compatibility: Automatically stores data, generates inspection reports, and supports one-click uploading, enabling quality traceability and process analysis.
4. Unmanned Online Inspection Support: Can be equipped with automatic loading and unloading mechanisms to form an online measurement workstation, realizing automated and unmanned assembly line quality inspection, greatly reducing costs and improving efficiency.
