Imaging Table

Imaging table for imaging devices, also known as image measuring instruments, image precision surveying instruments, and optical measuring instruments. It is a high-precision optical imaging measurement instrument based on CCD digital imaging, relying on computer screen measurement technology and the powerful software capabilities of spatial geometric calculations. It represents a qualitative leap from traditional optical projection measurement, elevating industrial metrology from the era of optical projection alignment to computer screen measurement based on the digital imaging age. It is applied in fields such as machinery, electronics, aerospace, and mold making.

Instrument Features

Utilizing a color CCD camera;

Zoom lens and crosshair generator as a measurement aiming system.

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

The instrument features a variety of data processing, display, input, and output functions, particularly the workpiece alignment function, which is highly practical.

Working Principle

The Image Measurement Instrument is based on artificial intelligence technologies such as automatic edge extraction, automatic alignment, automatic focusing, measurement synthesis, and image synthesis using machine vision. It features automatic measurement to any point, CNC positioning automatic measurement, automatic batch measurement learning, image map target guidance, and full field eagle eye magnification. Additionally, with automatic focusing achieved through machine vision and micron control, it meets the need for assisted measurement under clear images and can also incorporate a contact probe for coordinate measurement. It boasts exceptional software capabilities that support spatial coordinate rotation, enabling batch measurement and SPC result classification even when the workpiece is arbitrarily placed or a fixture is used.

After connecting to the computer, the measurement graphics can be processed using dedicated measurement software.