M-4XC

The objective lens of the M-4XC inverted metallographic microscope is far from the sample, and the lens conversion is convenient. The microscope magnification can reach 1000 times, and polarized light observation can be performed;

The microscope can be connected to a digital camera, and the image of the microscope can be digitized with high resolution.

Use and characteristics

The trinocular inverted metallographic microscope is used to identify and analyze the organizational structure of various metals and alloy materials; quality identification of castings; metallographic analysis of raw material inspection or material processing; and research on surface phenomena such as surface spraying and cracks. It is widely used in industrial and mining enterprises, laboratories, teaching and scientific research fields.

When operating, the polishing surface is downward, which has nothing to do with the height and shape of the sample, and no inlay is required, making the operation more convenient and suitable for larger and various types of samples.

The instrument has beautiful shape and fine manufacturing, and a complete configuration, which is suitable for the observation and analysis of metallographic structure and infiltration layer, plating layer, melting depth and cracks.

The parfocal objective lens group and the lifting and focusing mechanism are equipped with a locking device to avoid collision between the sample and the objective lens, adapt to large-scale testing, and improve work efficiency.

The microscope has two optical outputs, which can be used for routine use and provide synchronous image output, extended video or digital photography system, and quantitative metallographic image analysis computer operating system.

PRODUCT ADVANTAGES

• The microscope can be connected to a digital camera, and the image of the microscope can be digitized with high resolution.
• The trinocular inverted metallographic microscope is used to identify and analyze the organizational structure of various metals and alloy materials;
• The instrument has beautiful shape and fine manufacturing, and a complete configuration
• The parfocal objective lens group and the lifting and focusing mechanism are equipped with a locking device to avoid collision between the sample and the objective lens
• The microscope has two optical outputs, which can be used for routine use and provide synchronous image output