In the field of precision measurement and microscopic research, accurate observation of probes is crucial. As a tiny but critical tool, the performance and condition of the probe directly affects the experimental results and production quality.

Probes usually have extremely small dimensions and complex structures, and traditional observation methods are often difficult to meet the requirements for their details and accuracy. Moreover, the morphology and properties of probes may change under different environmental conditions, which requires a method that can observe probes quickly and accurately.

Measurement Program:

POMEAS laser autofocus microscope system utilizes the high collimation and high-precision focusing ability of laser to achieve fast and accurate focusing by analyzing the laser signal reflected from the probe surface. At the same time, the high-resolution microscope is able to clearly present the microstructure and details of the probe. During the observation process, the system continuously adjusts the focus position to ensure that the clearest image is always obtained.

Program Strengths:

• High-precision focusing: The laser autofocus technology is able to achieve nanometer-level focusing accuracy, ensuring clear observation of the probe's fine structure.

• Fast Response: Focus adjustment can be completed in a short period of time, improving observation efficiency.

• High-resolution imaging: Provides clear, detailed images, enabling the observer to accurately understand the morphology and characteristics of the probe.

• Strong stability: not subject to external environmental interference, to ensure the reliability of the observation results.