Image Measurement Instrument Worktable

The material of the imaging measurement instrument's workbench is marble, sourced from the underground rock strata. It is made from "Jinan Qing" stone material through mechanical processing and hand finishing. It features a black luster, dense structure, even texture, good stability, high strength, and high hardness. It can maintain high precision under heavy loads and general temperatures, and boasts advantages such as non-rusting, wear resistance, non-magnetization, and non-deformation. Granite plates are suitable for measuring tools in mechanical factories. After millions of years of natural aging, they have a stable form and do not worry about deformation due to conventional temperature differences. The granite material, which has undergone strict physical tests and selection, has fine crystallization, hard texture, and compressive strength up to 2290-3750 kg/square centimeter, with a hardness of 6-7 Mohs.

Imaging仪, also known as Image Measuring Instruments, Image Precision Survey Instruments, and Optical Measuring Instruments, is a high-precision optical imaging measurement instrument based on CCD digital imaging. It leverages the powerful software capabilities of computer screen measurement technology and spatial geometric calculations. It represents a quantum leap from traditional optical projection alignment, elevating industrial metrology to computer screen measurement, a method born in the digital imaging era. It is applied in fields such as machinery, electronics, aerospace, and mold making.

Instrument Features

Color CCD camera used

Zoom lens and crosshair generator as a measurement aiming system.

A digital measurement and data processing system consisting of a two-dimensional plane worktable, a grating尺, and a data box.

The instrument offers various data processing, display, input, and output functions, with the feature of aligning workpieces being particularly practical.

Operating Principle

Image Measurement Instruments are based on artificial intelligence technologies such as automatic edge extraction, automatic alignment, automatic focusing, measurement synthesis, and image synthesis via machine vision. They feature automatic measurement to any point, CNC positioning automatic measurement, and automatic learning for batch measurements, as well as image map target guidance and full-field eagle-eye magnification. Additionally, the automatic focusing process under machine vision and micron control meets the need for auxiliary measurement under clear images and can be complemented with a contact probe for coordinate measurement. The superior software performance supports spatial coordinate rotation, allowing for batch measurements and SPC result classification with the workpiece placed arbitrarily or using fixtures.

Connected to the computer, the specialized measurement software can process the measurement graphics.