3D High-Precision Confocal Microscope The VT6000 is based on confocal technology principles, primarily measuring surface physical morphology and performing micro-nano scale three-dimensional morphology analysis, such as 3D surface topography, 2D depth morphology, profiles (depth, width, curvature, angle), and surface roughness. By integrating precision Z-axis scanning modules and 3D modeling algorithms, it performs non-contact scanning of device surfaces and constructs 3D surface images. Through system software, it processes and analyzes the 3D image data of the device surface, obtaining 2D and 3D parameters that reflect surface quality, thereby achieving 3D measurement of device surface morphology.

Product Functions

1) The equipment features profile dimension and roughness measurement functions for characterizing micro morphology;

2) The equipment has an automatic stitching function, enabling rapid stitching and measurement of large areas;

3) The equipment includes integrated measurement and analysis software for unified operation. Pre-set configuration parameters before measurement, and the software automatically collects measurement data and provides data report export functionality, enabling rapid batch measurement;

4) The equipment offers data processing functions across four major modules: position adjustment, correction, filtering, and extraction;

5) The equipment provides five major analysis functions: roughness analysis, geometric profile analysis, structural analysis, frequency analysis, and functional analysis;

6) The equipment includes auxiliary analysis functions such as one-click analysis and multi-file analysis, enabling rapid analysis of batch data files;

3D High-Precision Confocal Microscope displays magnified image details with higher clarity than conventional optical microscopes. Traditional optical microscopes often use CCD cameras with lower sensitivity to capture images, which cannot detect low-intensity light such as fluorescence. In contrast, confocal microscope systems employ highly sensitive photomultiplier tubes as detection elements, offering high sensitivity to weak fluorescence signals. They can also reduce background noise by narrowing the excitation range and using optical sectioning. Under the same objective magnification, confocal microscopes present image morphological details more clearly and finely, with higher lateral resolution.

Product Features

1) Simple Structure: The instrument consists of a lightweight main unit and a computer, with the control unit integrated into the main unit. It can also be driven by a laptop, achieving a portable "carry-and-go" design;

2) True Color Imaging: The 3D High-Precision Confocal Microscope is equipped with a true color camera and provides restored 3D true color images, displaying details with exceptional clarity;

3) Easy Operation: Featuring a fully motorized design, it seamlessly switches between displacement and scanning axes. The interface design integrates image and analysis windows, achieving a "what-you-see-is-what-you-get" rapid detection effect;

4) Safety Assurance: It uses a self-developed motorized nosepiece turret and optimizes both software collision avoidance settings and hardware sensor collision avoidance functions, ensuring the confocal microscope can handle situations even when using high-magnification objectives with a working distance of less than 1mm.