Automated characterization of radar sensors and lenses

Automated Characterization of Radar Sensors and Lenses: Precision and Standardization

This automation solution enhances the characterization of radar sensors and lenses, ensuring precise and standardized testing both for customer applications and internal product portfolios. Previously, tests lacked repeatability, making comparisons difficult. The robot now automates the calibration of radar lobes/waves and verifies lenses, testing each radar sensor in various scenarios, including calibration with fixed/different targets, linearity tests, repeatability tests, object distinction, and radiation characteristics. By introducing cost-effective automation, precision and reliability—vital elements in professional quality assurance—have been significantly improved.

What is the Application?

The system automates radar sensor and lens testing, providing detailed reports for calibration and performance verification in industries like automotive, security, and telecommunications.

What are the Advantages of the Solution?

• Standardized Testing: Ensures consistent results across multiple scenarios.

• Improved Accuracy: Precise testing enhances product reliability.

• Cost Efficiency: Reduces manual labor while maintaining high-quality assurance.

What are the Advantages of the Robot?

The robot delivers:

• Versatile Testing: Handles various calibration and performance assessments.

• Enhanced Repeatability: Eliminates variability in results.

• Automation Scalability: Easily adapts to growing quality assurance needs.

Transforming Radar Sensor Testing with Automation

This solution demonstrates how automated quality control revolutionizes radar sensor and lens characterization. With improved precision, repeatability, and efficiency, it ensures reliable quality assurance while optimizing workflows, making it indispensable for modern technology inspection.