Spectral Confocal Displacement Gauge
SM300
The SM300 is an online measurement system that utilizes white light confocal technology to measure surface characteristics of various materials.
Delivery
FOB
minimum order
1 unit
Country of Origin
Made in China
Quantity
Description
The SM300 is an online measurement system that utilizes white light confocal technology to measure surface characteristics of various materials. It features an innovative optical design combined with advanced signal processing techniques and algorithms, incorporating years of spectral analysis expertise from Optosky. The system offers high measurement precision, fast speed, accurate results, compact size, near real-time and non-destructive detection, and easy installation and setup, making it the ideal choice for measuring surface characteristics in modern precision manufacturing.
Features
- Utilizes white light confocal technology for accurate and stable measurements, supporting various materials and shapes simultaneously.
- Features a small light spot for clearer contour detection and higher measurement precision.
- Compact and lightweight design allows easy parallel installation in confined spaces, aiding in faster production cycles.
- Quick startup reduces design and adjustment time for extensive measures.
- Enables non-destructive, high-speed inspection, supporting mobile detection.
Application
- Smartphones: Measures casing step heights, flatness, glass flatness, camera module travel, battery flatness, material thickness, LED shapes, connector coplanarity, assembly part height, frame width, and assembly level differences.
- SEMI/FPD: Measures wear patterns on target materials, wafer height, glass curvature, chip gaps, solder shapes, silicone shapes, and thin-film alignment.
- Automotive Components: Measures hole depth in metal parts, motor core thickness, part surface runout, sealant shapes, clutch friction material shapes, motor eccentricity, transmission flatness, and substrate assembly.
- Pharmaceuticals: Measures lens thickness, liquid levels in narrow containers, glass curvature, and relay contact actuation.