Latching Solenoids – Part 1
At Magnet-Schultz of America, we specialize in designing various types of electromagnetic solutions for our customers’ unique applications. One of the types of products we design and produce is what is known as a Magnetic Latching Solenoid. At Magnet-Schultz of America, however, we make a distinction between Magnetic Latching
Team Development
Magnet-Schultz of America is on a tireless journey to be enduringly great and thus continuing the great legacy of the Magnet-Schultz family which has been passed down to us since its inception in 1912. In the past year, we have made significant investments in new machining equipment technology to
New Equipment Advances At Magnet-Schultz Of America – Part 2
As MSA continues experiencing growth, the availability of our manufacturing floor space has become a challenge to navigate through. Recently, MSA installed new storage technology that allows us to maximize our manufacturing floor space while simultaneously maximizing our storage capacity in a compact footprint to make better use of
New Equipment Advances At Magnet-Schultz Of America!
Magnet-Schultz of America (MSA) is preparing to expand its manufacturing capabilities like never before through a partnership with Winema Transfer Machines, a German-based equipment manufacturer. MSA is leading the way to bring the first machine of its kind to the United States later this summer. The machine will come
Effects of Side Load on a Solenoid
Welcome back to the MSA blog! In this post, we will take a look at how side load can affect solenoids. Magnet-Schultz’s Program Management Checklist allows us to play cards up with our customers at the start of each new project so that our Program Management, Design, Manufacturing Engineering,
Temperature Impacts on Solenoids – Part 2
Temperature Impacts on Solenoids - Part 2 In our last blog, we learned about the different ways temperature impacts the design of a solenoid and the importance of understanding requirements up front to ensure our customers have success and achieve optimal performance within the dimensional and technical requirements of
