The present status and future aspects of the market for printed electronics

This research describes the measurement of roll parallelism by a laser interferometer. Parallelism among rolls is an important factor for improving the precision of printing devices. A laser interferometer, which is a device for the precise measurement of distance, can be utilized to measure parallelisms between rolls. To measure distance between two rolls by using a laser interferometer, the laser must not be severed during measurement. To achieve this condition, a linear motion guide was installed to each roll being measured, and continuous measurement of distance between two rolls was implemented by the simultaneous control of two mirrors installed on the guides. The method to measure parallelism between two rolls presented in this research can be utilized to improve printing precision by enhancing parallelism between rolls in printing devices.

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The present status and future aspects of the market for printed electronics

Cited by 5 publications

References 0 publications

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Individual drive cross-coupled control system to compensate for measurement time-delay for roll-to-roll contact pressure uniformization

Parallelism Measurement of Rolls by Using a Laser Interferometer

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