Displacement and thickness measurements down to submicrometer accuracy? Learn how confocal sensors stand out with unmatched resolution and measurement speed in various applications.
Overview
Compared with common optical sensors, confocal chromatic sensors offer numerous advantages in terms of speed, accuracy and target variance. These advantages become evident where increased measurement performance is required to ensure high level production efficiency. Especially when measuring on reflecting and shiny targets, confocal chromatic sensors provide high accuracy at maximum measuring rates.
These sensors can be used for displacement and thickness measurements in industrial environments as well as in vacuum environments when submicron accuracy is required.
During this 30-minute webinar you will learn everything about our confocal-chromatic sensors, from how they work, what they do to where they are used. A Q&A will follow after the main webinar, giving you a chance to ask any questions around the subject.
Animations and graphics will show detailed application examples and offer important tips. Additional resources such as whitepaper and slideshows with further details are provided by Micro-Epsilon.
Key Takeaways
- Learn the fundamentals and basics of confocal sensors
- Understand how to use the sensors in order to achieve submicrometer resolution
- Explore industrials applications: glass thickness measurement, high precision distance measurement, non-contact surface gauging
- Benefit from expert tips and easy-to-understand illustrations
Speaker
Glenn Wedgbrow has more than 19 years of experience in high precision measurement and sensors. His focus has been on non-contact measuring technologies such as eddy current, capacitive and laser sensors. With a background in engineering and sensor technology, Glenn has been educating and supporting customers in all industries to solve challenging measurement applications.