Laser autofocus microscope system is a kind of microscopic imaging technology that integrates laser technology and autofocus function, providing a powerful tool for scientific research and industrial inspection and other fields. The system can be categorized into various types such as in-line, single-head, and turntable through the objective lens module.

Definition of Linear

An in-line laser autofocus microscope system is a design in which the APO objective lenses are lined up underneath. This design allows multiple objectives to be arranged in order of magnification from small to large (e.g., 2X, 5X, 20X, 100X), making it easy for the user to quickly change objectives according to observational needs.

Characteristics of Inline:

1、Efficient and convenient: The in-line design makes the objective lens replacement more convenient and quick, users can switch between different magnification objective lenses with simple operation to meet different observation needs.

2、Space optimization: By lining up the objective lenses, the in-line design effectively utilizes the space under the microscope, making the whole system more compact and neat.

3、High-precision detection: The laser autofocus microscope system itself is characterized by high-precision detection, while the in-line design further enhances the stability and reliability of the system, making the detection results more accurate and reliable.

4、Non-Contact Detection: The system adopts the non-contact detection method, which avoids the contamination and damage that may be introduced in the traditional detection method, and ensures the integrity and safety of the samples.

5、Rapid autofocus: The in-line laser autofocus microscope system is equipped with rapid autofocus function, which is able to complete the task of detecting a large number of samples in a short period of time, and improve the efficiency of experiments and detection.

Areas of Application:

In-line laser autofocus microscopes are widely used in many fields such as material science, semiconductor inspection, medicine, animal and plant research, biochemistry, bacteriology, cell biology, and so on. In the field of material science, it can be used to analyze the information of material's microscopic morphology, composition and structure; in the field of semiconductor inspection, it can realize micrometer-level inspection precision and accurately identify the tiny defects and structural changes inside the semiconductor parts.