In the field of electronic component manufacturing, the geometric accuracy of capacitors directly impacts circuit performance and stability. Are traditional inspection methods time-consuming and labor-intensive? Is it difficult to control measurement errors during manual inspections? Now, a revolutionary online projection measuring system is redefining capacitor inspection standards with 0.001mm-level precision!

✨ Five Core Parameters: Capture with Precision at the Touch of a Button

Whether it’s the diameter and height of cylindrical electrolytic capacitors or the arc curvature and roundness of surface-mount capacitors, the equipment’s high-resolution optical system can simultaneously measure:

✅ Diameter measurement (±0.001 mm)

✅ Arc profile scanning (0.1 μm repeatability)

✅ Height difference detection

✅ Roundness analysis

✅ Comprehensive dimensional verification

🚀 End-to-End Digital Transformation

1️⃣ Non-contact measurement: Prevents component deformation caused by probe contact

2️⃣ Real-time projection imaging: Synchronized display of measurement paths with 1080p HD video

3️⃣ AI edge detection: Automatically compensates for ambient light interference and adapts to surfaces of different materials

4️⃣ Cloud data synchronization: Generates 3D model reports and supports integration with MES systems

📊 Comprehensive Coverage Across All Industry Applications

• Quality inspection of capacitor modules for new energy vehicles

• Batch testing of ceramic capacitors for 5G base stations

• Incoming inspection of supercapacitor components for medical devices

• Size sorting of MLCCs for consumer electronics

💡 Key Technological Breakthroughs

Using sub-pixel image processing algorithms in conjunction with a rotary stage with 0.0001° precision, the system can achieve precise measurement and mapping of even 0.5mm-diameter microcapacitors under 20x magnification, with a repeatability error that is only one-fifth that of conventional imaging systems.