Precise alignment between the optical axis of a camera lens and the center of its sensor directly determines image stability and reliability. As automotive applications increasingly rely on cameras, decentering issues have become critical for consistent image quality. Camera decentering testing has therefore become an essential step in the R&D and production of automotive imaging systems.
The IS-COC Camera Decentering Tester is designed to measure the pixel deviation between the lens optical axis and the sensor center. It consists of a main chamber and a light source controller. The illumination system provides stable 6500K color temperature with an adjustable brightness range of 0~3000lux to suit different testing environments. Equipped with interchangeable transmissive test charts and flexible camera fixtures, the IS-COC delivers both versatility and ease of use.
The IS-COC tester is widely used in automotive camera R&D and production quality assurance. It evaluates pixel deviation between the lens optical axis and the sensor center, ensuring stable and consistent imaging performance in applications such as autonomous driving, ADAS, parking assistance, and in-vehicle monitoring.
Key Features
High-Precision Measurement: Advanced optical system ensures accurate detection of lens axis deviations
Broad Compatibility: Flexible fixture design supports various automotive camera modules
Interchangeable Charts: Transmissive test charts can be easily replaced to fit different module tests
Controlled Illumination: Stable 6500K color temperature, adjustable 0~3000lux, CRI Ra≥90%
Stray Light Protection: Black acrylic shielding prevents external light interference
Product Highlights
Precision Verification: Built-in laser calibration ensures baseline alignment, with visual error indication
Easy Operation: Quick fixture installation and flexible adjustments for different modules
Durable Construction: Anodized finish provides robustness and long-term reliability
Multi-Scenario Application: Suitable for automotive camera modules, single lenses, and wide-angle cameras
