Magnaflux magnetic particle inspection (MPI) testing yokes are designed to be fast and reliable. Versatile and durable for industrial environments magnetic yokes come in a range of outputs, including AC and DC.
Find out more about how Magnaflux inspection equipment is designed to find indications and defects like fatigue cracks in ferrous materials through wet or dry method mag particle testing.
Ergonomic, lightweight, sealed and servicable electromagnetic AC yoke finds surface indications during magnetic particle testing
Durable, high-strength electromagnetic AC/DC yoke finds surface and sub-surface indications during magnetic particle testing
Battery-powered, electromagnetic DC yoke and magnetic power kit finds sub-surface indications during non-fluorescent mag particle testing
Yoke Light to use with Magnaflux Y-2 AC electromagnetic yokes
Test Weight to use with Magnaflux AC electromagnetic yokes
In this experiment, we compare the speed of a multi-directional magnetic particle wet bench to a traditional uni-directional method.
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 outline some key factors to consider when selecting the right electromagnetic yoke or contour probe for magnetic particle testing
Explaining mag particle scenarios in the field, and how they can be changed depending on the yoke selection
See how three common magnetic particle testing carriers perform in a standard ASTM E1444 settling volume test.
Learn about multi-directional magnetization applications and how mag particle inspections can benefit from multi-vector magnetization.
Read how regular upkeep on mag particle equipment is critical for non-destructive testing to safe guard inspections & reduce downtime.
Universal WE is a multi-directional wet bench designed to meet the speed requirements of high volume production facilities.
NRTL stands for Nationally Recognized Testing Laboratory, but what does that mean to you?
This article reviews the limitations of operators with cardiac pacemaker’s exposure to magnetic particle inspection equipment.
Some handy tips for beginners who are new to magnetic particle testing or NDT pros who want an easy reference guide.
Learn how daily checks and maintenance can improve the lifespan of a yoke for a safer work environment
Breaking down the definitions of particle, micron, and the debate if magnetic particle size has an effect in magnetic particle inspection
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
See an overview of visible, dry-method magnetic particle inspection method according to ASTM E1444.
Watch a demonstration of the magnetic particle inspection method according to ASTM E1444 with basic steps for NDT using fluorescent magnetic particles.
In this article, we explain what a P-Series portable power packs are capable of, and their next generation.
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.
Learn how this process-control and efficiency upgrade for mag particle testing helps NDT pros improve quality with less time.
Learn how to use M-Series magnetizing equipment to perform Magnetic Particle Inspections on a variety of large, heavy parts.
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 target magnetic particle inspection and highlight 5 ways the process can be more efficient and reliable.
In this article, we review the Nadcap requirements for proper magnetization and the importance of documentation for auditors
A 4-minute mag particle primer to help you understand why this simple, quick, and effective method is still widely used today.
This article explores a few of the approaches most Magnetic Particle Inspectors practice to check their system performance at regular intervals
A brief overview of the 4 advantages of using a petroleum suspension vehicle bath to protect your magnetic particle wet bench investment.
In this article, we break down the ANSI/IEC 60529 Ingress Protection Code with a chart to show what's essential for NDT equipment
Explaining the who, what, when, where, why, and how of Authorized Service Centers, and why they are best for NDT maintenance and repairs
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
In this article, we show two examples how Magnaflux can customize magnetic particle equipment
Use the Universal WE ROI Calculator to learn how multi-directional magnetic particle equipment can save you time and money
Learn about the most effective risk-reduction measure to increase safety for field inspectors
According to ASTM E1444 and ASTM E3024 daily system performance checks are required. This article explains how to perform those checks.
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