Post RFQ
This product adopts a 5X-100X metallurgical objective lens, which can achieve high-magnification microscopic imaging, clearly capturing the details of micro workpieces such as semiconductor wafers and metallographic samples. The bright field, dark field and polarized light source combination meets the imaging needs of different types of samples, and can clearly collect the surface details of crystalline, transparent and reflective samples. The MetrologyImage V5.0 software supports professional microscopic measurement such as grain size, coating thickness and micro-hole diameter, and can generate professional detection reports for scientific research and quality control. The anti-vibration base reduces the impact of external environment on microscopic measurement accuracy, ensuring the stability of high-precision detection.

The overall dimensions of this metallurgical high-precision vision measuring machine are 550*500*1000mm, with a net weight of approximately 60kg. The workbench stroke is X-axis 200mm, Y-axis 150mm, and the maximum measurable height is 100mm. It is equipped with a 1920*1080 resolution CCD camera, providing clear microscopic image collection. The power supply specification is AC100-240V 50/60Hz, adapting to different regional power environments. The workbench can bear a maximum load of 3kg, meeting the placement needs of most micro samples and small workpieces. The equipment supports USB3.0 and HDMI data transmission, enabling real-time display of microscopic images and rapid export of detection data.

This metallurgical high-precision vision measuring machine is suitable for microscopic measurement of metallographic samples, semiconductor wafers, precision micro hardware, coating thickness and other micro workpieces. It is widely used in semiconductor manufacturing, material scientific research, precision optical manufacturing and other industries, providing reliable measurement data for quality control and scientific research. It can be used in university material laboratories, semiconductor manufacturing plants and precision hardware processing enterprises, helping to improve the accuracy of microscopic detection and providing data support for product optimization and scientific research.