What are lasers? This technical guide can be used to learn the basics about lasers. It contains a wide variety of information such as oscillation principles, the characteristics of different wavelengths, and differences between oscillation methods.
This 2D laser displacement sensor was the first to adopt the 405 nm blue laser. It contributes to a stable measurement of almost all material and the sharp line ensures higher accuracy than usual. Find out the formula behind the blue laser today.
What is the most important function for you when getting a new microscope? Upon surveying, the top answer is "easy observation of fully-focused images". Were you ever impressed by this kind of function before, or would you like to give it a try?
Be acquainted to all the sensor types that are divided using 5 types of principles: light, ultrasonic, eddy current, contact and lastly images. Understanding this will allow you to choose the most ideal sensor for each type of application.
Want to improve takt time or accuracy? Achieve this easily with the new system developed just for this! With just a single unit, you can support synchronous control up to 112 axes!
The finalized catalog for all the KEYENCE code readers is now available for read. Find out which type of code readers and functions are more suitable to implement in your workplace using this comprehensive guidebook.
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