Magnaflux magnetic particle inspection (MPI) testing yokes are designed to be fast, reliable, and easy to use for long periods of time. MPI yokes generate a magnetic field that surfaces imperfections in ferrous materials, making the process of identifying and correcting flaws much simpler.
Our range of versatile, durable magnetic yokes offer the perfect solution for your non-destructive testing needs. Magnaflux magnetic yokes come in a range of current offerings, including AC and DC, with flexible features to suit a variety of testing environments. We also offer accessories and other additions you can use with your magnetic yoke to create the perfect solution for you and your NDT team.
Features of Magnaflux MPI Yokes
Industry leaders from around the globe turn to Magnaflux for precise, reliable MPI devices and consumables. Magnaflux magnetic yoke products benefit from our proven focus on quality, safety, and ease-of-use. They also offer additional features that set certain models apart.
Y-2: Uses ergonomic design and lightweight materials to reduce wrist and arm strain without sacrificing durability.
Y-7: A high-powered magnetic yoke with articulating legs to adjust its shape for components of any size.
Y-8: A battery-operated magnetic yoke that allows for easy movement throughout a testing environment for up to 8 hours.
Want to learn more about Magnaflux products and find the right magnetic yoke for your needs? Contact us today! Or find a local distributor and shop our catalog of products.
Secondary processing and finishing discontinuities are associated with the various finishing operations, after the part has been rough formed by rolling, forging, casting or welding.
While one might assume defects or abnormities occur during a part’s manufacturing process, there are some discontinuities which occur before a part’s creation even starts.
This article explores issues many magnetic particle inspection operators face when testing diverse parts that require specific standards and acceptance criteria in a world that does not accept mistakes
In this article, we will go over the five key factors to successfully calibrate your Magnetic Particle Equipment in reference to ASTM E1444, ASTM E3024, ISO 9934, or Nadcap AC7114/2
This article discusses the most common incorrect assumptions about magnetic particle inspection and gives you some solutions to combat these misunderstandings
Watch a demonstration of the magnetic particle inspection method according to ASTM E1444 with basic steps for NDT using fluorescent magnetic particles.
Watch and listen to a 20-minute EV6000 demonstration by two outstanding NDT experts who afterwards host a 20-minute Q&A for participants to ask their own LED UV questions.
The Y-2 is an AC electromagnetic yoke for magnetic particle inspection that improves inspector productivity through a lightweight, ergonomic design. The Y-2 is the next generation of hand-held yokes that is more robust to survive harsh environments better than its predecessors.
Watch the versatile MD-Series multi-directional mag particle inspection equipment in action. Learn how this wet bench can help you save time and money.
In this article, we explain why carrier oil is a critical part of the MPI process and which characteristics to look for when choosing an NDT carrier fluid
Watch a demonstration of the magnetic particle inspection method according to ASTM E1444 with basic steps for NDT using fluorescent magnetic particles.
JOIN OUR MAILING LIST TO RECEIVE THE LATEST NDT INSIGHTS AND ARTICLES FROM MAGNAFLUX
![5 Things to Consider When Choosing a Mag Particle Yoke [Checklist]](/Files/Images/Blog-Images/06042019-Titan-Thumbnail.png "5 Things to Consider When Choosing a Mag Particle Yoke [Checklist]")
![Lightweight and Heavy Duty Magnetic Particle Inspection Yoke [New Product]](/Files/Images/Blog-Images/07252019-Titan-Thumbnail.jpg "Lightweight and Heavy Duty Magnetic Particle Inspection Yoke [New Product]")
![Carrier II Comparison to Water Baths Effect on Mag Particle Wet Bench Lifespan [Case Study]](/Files/Images/Blog-Images/02252020-Titan-Thumbnail.jpg "Carrier II Comparison to Water Baths Effect on Mag Particle Wet Bench Lifespan [Case Study]")
