Olympus IMS Webinars Archive

In this webinar, we will review the technology of borescopes, how to get the best out of them, and how to tackle the most common challenges in their use when inspecting diesel and gas engines.

In this webinar, Maxime will introduce how they use the new Vanta XRF Analyzer for auto catalyst screening and sample analysis in the auto cat recycling industry.

This webinar focuses on the updated OLYMPUS CIX100 system—a solution dedicated to automated technical cleanliness inspection of components, parts, and fluids.

Phased array ultrasonic testing (PAUT) and time-of-flight diffraction (TOFD) are the primary inspection methods for wind tower welds during fabrication as well as in-service. Improving inspection efficiency requires simultaneous development efforts on both hardware and software functionalities to reduce inspection bottlenecks.

Watch this webinar to learn about some of the new Olympus offerings, from a simple portable solution to inspection with an autonomous guided vehicle (AGV). We also demonstrate WeldSight™ advanced analysis software, which is used across all solutions to provide comprehensive, streamlined PAUT and TOFD inspection, analysis, and reporting.

Ever wondered about the purity of your precious metals or whether your gemstones are real? There are many ways to test precious metals, from acid scratch tests and density tests to conductivity meters and X-ray fluorescence (XRF) analysis.

This webinar explores the advantages and limitations of each technology and focuses on the role of portable XRF in precious metals and gemstone analysis. Discover how portable XRF can provide the full chemical composition of your item in real time, whether it is made of gold, silver, platinum, palladium, nickel, copper, zinc, or another metal.

WeldSight™ software complements the conventional UT, phased array UT, and time-of-flight diffraction (TOFD) data acquisition and onboard analysis of the OmniScan™ X3 flaw detector. In this webinar, you’ll get an overview of WeldSight software and see how it streamlines your workflow for weld and corrosion analysis.

Eddy current testing is a reliable, quick, and inexpensive way to perform preventative maintenance and help ensure safety. This webinar will explore the theory behind eddy current and tube testing. Watch now to see a hands-on demo of the NORTEC™ 600D eddy current flaw detector for surface inspection and HVAC/heat exchanger kits.

본 웹 세미나는 나노/마이크로 스케일의 미세한 3D 구조를 가진 기능성 표면 및 소재의 연구 및 제조에 초점을 맞추고 있습니다.

This webinar explores how to overcome these asset integrity challenges with different inspection techniques. Learn:

• The advantages of performing retro-PMI with the Vanta™ handheld XRF analyzer
• How portable XRD can improve inspection workflows for corrosion/scaling
• How to perform corrosion mapping with PAUT solutions: from manual to automated scanners

In a shutdown, the applications and targeted components during visual inspections of internal systems are varied. However, the requirements of a videoscope unit for these inspections are not. Brightness, high-quality images, and portability are all crucial for an effective remote visual inspection. The nature of these inspections is to search for mechanical and structural defects (i.e., turbine blade defects [cracks, pitting, missing material], weld integrity, valve functionality, etc.). The three aforementioned videoscope requirements— brightness, high-quality images, and portability—provide inspectors the ability to find these critical defects during an inspection. They also enable further investigation and accurate measurement for reliable reference against the relevant standard.

Optimized for long seam weld inspection, such as in electric resistance welded (ERW) pipes, the AxSEAM™ scanner’s simple design minimizes the number of adjustments required when changing pipe diameters, probe separation, or scan orientation. An operator can set up and perform the scan independently without needing to manipulate or monitor the data acquisition instrument thanks to the innovative ScanDeck™ module. The redesigned, easily adjustable probe holders support up to four phased array (PA) and time-of-flight diffraction (TOFD) probes.