Overview
Features
The surface light can be controlled as one unit, by rings, octants or quadrants, or by individual sectors.
Each sector can be controlled separately to define the image of measuring pieces, eliminate the interference of the shadow part, and enhance the difficult-to-see edges.
Buttons at the bottom of the lighting display allow you to change between these settings. The slider on the right adjusts intensity of the selected channel. You may select a group of sectors by clicking on the sector and holding the Ctrl key or by click and-dragging over multiple sectors.
Examples of 5 rings surface light
Control by Rings
Control by Segments
Control by Octants
Control as a Whole
Long and Short Working Distances
Using the 2X adapter shortens the working distance of the lens. This requires a 2X light ring because it will be closer to the part. A 2X light ring appears brighter with lighting angles closer to horizontal that help enhance difficult edges and chamfers.
Conversely, without the 2X, the working distance is longer; lighting appear slightly dimmer, and lighting angles are closer to vertical.
Additional Information:
The advanced lighting source of Micro-Vu vision measurement system includes surface light, profile light, coaxial light.
Profile Light
The profile light originates below the part. It is the best light to use on through holes and the edges of parts. Using the profile light alone creates a black and white image with sharp, high contrast edges.
Coaxial Light
The coaxial light originates at the side of the zoom lens, reflects off a 45° split mirror in the zoom lens, and shines straight down on the part through the center of the lens. Axial light is useful at high magnification or for looking in blind holes and at features on flat surfaces.
Application
Measurement Production Line Upgrade | Robot Automatic Loading and Unloading
Knotless Screen Mapping Application | Micro-Vu High Precision Vision Measuring Machine
Cell Measurement Application | Micro-Vu high-precision vision measuring machine
Download