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Automatic measurement device for automobiles
This device is a manual measuring instrument that simultaneously measures the inner diameter, pitch, parallelism, and twist dimensions of the small and large ends of a connecting rod using air/electric micrometers, and displays OK/NG judgment results.
It is a device that can automatically measure the twist of the casing pipe up to the set depth.
The casing pipe used for in-hole inclinometers experiences twisting, and the deeper the depth, the more the twisting accumulates. To accurately measure the in-hole inclination, it is necessary to correct for the twisting of the casing pipe. The automatic twisting measurement device is a system that can automatically measure the twisting of the casing pipe up to a set depth by inputting measurement depth, measurement intervals, and other parameters into a data recording device in advance. The measurement data is automatically recorded not only to a printer but also to an SD card. Additionally, it displays data in real-time during measurement. For more details, please contact us.
You can easily quantify the casing's twist angle using analysis software.
The casing pipe used for the in-hole inclinometer experiences twisting, and the deeper the depth, the more the twisting accumulates. To accurately measure the in-hole inclination, it is necessary to correct for the twisting of the casing pipe. An orientation sensor is attached to the tip and inserted along the grooves of the casing pipe. This device can record images of the orientation sensor at each depth. The twisting measurement device (Q-Scope method) can be used in conjunction with the twisting reading software (Q-Scope Viewer) to read the twisting at each depth. For more details, please contact us.
Screw measurement using a high-precision contour shape measuring machine. Starting from the fiscal year 2024, measurement will be possible for screws of size M1. T&S Corporation, with its technical expertise and ideas.
The measuring probe does not perform arc motion; it uses a linear measurement method, which improves the accuracy of the probe tip correction and makes it easy to guarantee the accuracy of the Z-axis. The thread's flank angle, pitch, root diameter, crest diameter, and effective diameter can be measured all at once. A table that allows for Y-axis adjustment and θ adjustment is standardly equipped, and you simply select the standard and start measuring.
