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Measure the dimensions and shapes of various 3D parts automatically with high speed and accuracy. According to the sample, detailed settings are possible. increased throughput while maintaining the accuracy of the conventional 「NEXIV VMZ-R」 series。

high perfomance with ultimate ease of use iNEXIV VMA series simultaneous realization of high measurement accuracy due to the adoption of a high resolution optical system and ease of use, including a wide field display.

Combinations can be chosen to meet specific needs, such as height measurement and large sample measurement. A measuring microscope that can be used to measure parts in a variety of industries, including electronic components, resin-molded products, metal processing components and tools.

In addition to a wide measuring range, the built-in digital protractor and digital counter provide excellent operability. The lineup is selectable according to the size of the effective screen diameter.

this device is based on an optical microscope and uses a tracking type autofocus with its own AF sensor.High precision measurement from a small area corresponding to stage movement.Completely non-contact type,ideal for non-contact roughness measurement （line roughness、surface roughness）and step measurement.

A 3D measuring machine is a device that measures objects by making contact with a ruby-tipped stylus at the end of the probe and obtaining three-dimensional coordinate values. The contact angle of the probe tip can be adjusted, allowing for the acquisition of side-surface data. It collects measurement data for features such as "planes," "circles," and "lines" and enables the measurement of "angles," "distances," and "geometric tolerances."

The built-in encoders detect the angles of each joint and calculate the movable axis angles to determine the 3D position of the measuring probe. Using this position data, measurement data for "planes," "circles," and "lines" can be acquired, enabling the measurement of "angles," "distances," and "geometric tolerances."