iVideo-0330 EZ Electric Motorized Intelligent Video Microscope

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https://mikrosize.com/product/ivideo-0330-ez-electric-motorized-intelligent-video-microscope/

Product Features：

• Integrated body design, with one switch and one power source. The operation is simple and convenient.
• Refractive chromatic aberration correction optical system, 4K ultra-high-definition imaging. Continuous zoom range of 0.3 – 3.0X, with an extremely large zoom ratio of 10:1.
• Zooming method: Electric motorized continuous zooming and manual knob zooming.
• 3840*2160 ultra-high-definition resolution, 4K, 60 frames per second, no lag or delay. Real-time display of current magnification, real-time measurement.
• Supports marquee select measurement mode, which makes the measurement process faster and more accurate. Also supports automatic edge detection, making the measurement even more precise.
• Supports HDMI output and synchronous image output with the computer. Precise zoom rate continuous scanning.
• It comes with a 11.6-inch 1080P display, and the angle can be adjusted as needed.

Product Applications：

• Suitable for the microscopic structure observation and defect detection of electronic components, precision mechanical parts, PCB boards, new materials, etc.
• Meet the real-time quality control requirements at the production site and the precise analysis needs in the laboratory. It can be used in aspects such as incoming material inspection, process monitoring, and finished product acceptance.
• Supports precise measurement of product dimensions and data archiving, suitable for various applications such as research institutions, factory quality inspection, and university experiments.
• It can conduct real-time comparison and analysis between the captured images and the stored images, assisting in the consistency verification and anomaly detection during mass production.
• Suitable for samples of different materials such as metals, plastics, and electronic components, and compatible with both planar and three-dimensional structural detection requirements.