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Upcoming Webinar:

Choosing the Best Optical Measurement Sensor for Your Application

Join this webinar to discover technologies, differences and application examples for optical measurement sensor technologies: confocal, laser triangulation and 2D/3D profile.



Date: June 18, 2020
Time: 1 PM EDT (10 AM PDT / 7:00 PM CEST)
Duration: 1 hour
Presented by:

Overview

This webinar explains different technologies, restrictions and differences of the following technologies: confocal chromatic sensors, laser triangulation sensors (and even time of flight sensors) and laser profile sensors including the innovative blue laser technology. All these sensors are used for measurements with high precision, stability and high measuring rates.

Attendees will learn the operating principles of optical measuring sensors for displacement, position, thickness, gap, profile and 2D/3D dimension with just one sensor. Various animations and graphics show detailed application examples and give important tips for choosing the right technology.

Key Takeaways

  • Learn the metrology fundamentals and basics of optical measurement
  • Understand the measurement principles, advantages and even restrictions of confocal chromatic, laser triangulation and 2D/3D laser profile scanners
  • Find out the differences between the sensor technologies
  • Learn which innovative technologies - such as blue laser sensors - can be used for displacement, profile, 2D/3D dimension or thickness measurement

Speaker

Martin Dumberger, Managing Director Micro-Epsilon America, Micro-Epsilon

Martin Dumberger has more than 25 years of experience in high precision measurement and sensors. His focus has been on non-contact measuring technologies such as eddy current, capacitive and optical sensors. With a background in engineering and 10 years of R&D exposure in this field, Martin has been educating and supporting customers in all industries to solve challenging measurement applications.

Martin Dumberger is co-founder of Micro-Epsilon America and managing director of Micro-Epsilon America.