The IES optical testing instrument is a high-precision device designed for comprehensive photometric analysis of lighting products. It measures key parameters including luminous intensity, color temperature, and beam angle distribution, ensuring compliance with international lighting standards. With automated calibration and real-time data visualization, this tool delivers accurate, repeatable results for quality control and R&D applications in the lighting industry. Its compact design and user-friendly interface make it an essential solution for optimizing optical performance in LED, automotive, and architectural lighting systems.
The waterproof tester is a high-precision instrument designed to evaluate the water resistance of materials, electronics, and industrial components. It simulates various environmental conditions, including rain, splashing, and immersion, to ensure product durability and compliance with international standards. With automated controls and real-time monitoring, it provides reliable results for quality assurance and R&D applications across multiple industries.
To ensure the effective implementation of the quality management system, we will prioritize training and cultivating employees’ quality awareness. We will provide relevant training courses covering product quality requirements, process control, non-conforming product handling, and corrective and preventive measures. Through training, we will ensure that employees understand the quality objectives and have the ability to perform their work according to the standards
The AOL Test Machine is a compact diagnostic tool for evaluating AOL network performance. It automates connectivity, data transmission, and server response tests with real-time monitoring. Designed for IT teams, its user-friendly interface quickly identifies issues, ensuring reliable service and minimal downtime. Ideal for maintaining optimal network efficiency.
The AOL Integrating Sphere Test is a high-precision optical measurement system that uses a reflective sphere to capture and analyze light distribution. It accurately measures luminous flux, color coordinates, and beam characteristics for LEDs, displays, and other photometric applications. The automated testing process ensures consistent, repeatable results for quality control and R&D.
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