◇◇ Features ◇◇
Full-automation: One-key automatic stress measurement within the whole viewing field.
High efficiency: A single measurement can be finished in 15s under high-speed mode.
Strong result analysis function:
① 3D stress image within the viewing field
② 2D Area stress analysis
③ 1D line stress analysis
④ Point stress analysis
High accuracy: Made with high-quality materials and advanced technology to ensure high repeated measurement accuracy.
No background interference: Eliminating environment interference by calibration under background light before the first measurement.
◇◇ Specifications ◇◇
Model No. | NMV-145 |
Effective measuring area | 200*200mm |
Measuring height | 0~278mm |
Retardation measuring range | 0-145nm |
Detection method | rotating analyzer method |
Setting wavelength | 590nm |
Repeated measurement accuracy(standard deviation) | 1nm |
Effective pixels | 1100*1100 |
Overall size | 391*287*575mm |
Net weight | about 22kg |
Light source | high brightness LED |
Power supply | AC 100~240V 50/60Hz 0.35A |
Support system | Windows10 |
Use environment | indoor use |
Environment temperature | 10℃~40℃ |
Environmental humidity | 25% ~ 85% |
◇◇ Application ◇◇
High-Precision Glass & Optical Component Inspection
The automatic polarimeter NMV-145 delivers rapid, non-destructive stress analysis for tempered glass, optical lenses, and display panels. Its advanced imaging system detects micro-scale birefringence patterns with exceptional clarity, ensuring optimal quality control for smartphone screens, camera lenses, and precision optics.
Pharmaceutical & Medical Packaging Quality Assurance
Designed for critical pharmaceutical applications, the automatic polarimeter NMV-145 performs complete stress distribution mapping of vials, ampoules, and syringes. Its high-sensitivity detection identifies potential weak points and micro-fractures in glass containers, safeguarding drug integrity and patient safety.
Cutting-Edge Materials Research & Development
Ideal for R&D labs, the automatic polarimeter NMV-145 supports advanced studies in 3D-printed polymers, and thin-film materials. With automated batch processing and AI-enhanced analysis, it accelerates innovation while maintaining laboratory-grade precision for stress characterization.
