How to use multi-axis calibrator correctly?

The multi-optical axis calibrator is an instrument designed to calibrate the optical system, mainly used to detect the center deviation, contact Angle, radial distortion and other optical parameters of the lens or lens to ensure the accuracy and quality of the optical system. This article will introduce the use of multi-optical axis calibrator steps and precautions.

First: Adjust the position of the instrument

Place the multi-optical axis calibrator on a stable ground to ensure that the instrument is stable and does not shake. Then fix the detection head on the lens or lens, ensure that the lens or lens and the detection head are on a horizontal plane, and fine-tune the vertical center to align with the center of the optical axis calibrator.

Step 2: Activate the instrument

Before turning on the instrument power, you need to set the parameters of the lens or lens in the instrument menu, including radius, focal length and thickness. After setting the parameters, click the "Start Calibration" button to start scanning the optical parameters of the lens or lens.

Step 3: Scan the lens or lens

During the calibration process, the multi-axis calibrator automatically scans multiple optical axes of the lens or lens to detect optical parameters. It is important to note that the lens or lens should be kept smooth and not move too much to avoid affecting the calibration results.

Step 4: Save and analyze the results

After scanning, the multi-axis calibrator automatically generates a report on the optical parameters of the lens or lens, including focal length, radius, contact Angle, and radial distortion. Users can choose to save or export the report. The optical parameters of the lens or lens are then analyzed and adjusted based on the results.

Note:

1. Before using a multi-axis calibrator, you should first understand the parameters of the lens or lens, such as focal length, radius and thickness.

2. The lens or lens should be placed smoothly and not moved too much to avoid affecting the calibration results.

3. In the calibration process, attention should be paid to the vertical center alignment between the detection head and the lens or lens to ensure the detection accuracy and accuracy.

4. After the scanning, save and analyze the results in time, and adjust and calibrate the lens or lens to ensure the accuracy and quality of the optical system.

In SUMMARY:

The above are the steps and precautions to use the multi-optical axis calibrator. The optical parameters of the lens or lens are the key factors to determine the quality and accuracy of the optical system. The use of the multi-optical axis calibrator can help us quickly and accurately detect the optical parameters of the lens or lens and improve the quality and accuracy of the optical system. To provide more accurate and effective optical solutions for industrial, medical, aviation and other fields.