Revolutionary Sensor Provides Laboratory Accuracy Measurements Inside Assembled Products
Keyence’s revolutionary, Micro-Head Spectral-Interference, method together with thirty five years of measurement know-how results in a revolutionary new metrology tool. The Keyence SI-F1000 Series Micro-Head Spectral-Interference Laser Displacement Sensor is designed to provide high precision performance packed into a space saving 2mm diameter sensor head. This revolutionary design is designed to provide laboratory accuracy measurements inside the production process and even inside assembled products.
The fiber-optic sensor heads were designed from the ground up for optimum flexibility. Because the SI-F1000 is a low power optical system using fiber optic detecting, high precision measurements can be taken without introducing electromagnetic effects or additional head to the measurement system. This means that not only can you be confident in the measurement output, but the system can also be installed in environments that defeat the implementations of conventional capacitance based sensors.
When these heads are combined with Keyence’s cutting edge digital controllers, implementation has never been easier. Not only is external signal processing completely eliminated, but all controller models include built in digital and analog data outputs. In addition, extensive onboard data storage and calculation functions make even the most complicated measurement regimes easy to implement with a few clicks of the SI-Navigator configuration software.
Typical SI-F1000 applications include:
Semiconductor Industry: Wafer thickness and warpage mapping.
Hard Disk Drive Industry: Media thickness and surface characterization.
Web Processing: In line thickness measurement of transparent webs and coatings.
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