by allstarmag1dev | May 19, 2025 | Allstar Magnetics News, Case Study, Industry News
MODULAR & STACKABLE U-CORES:PRECISION & EFFICIENCY FOR MODERN APPLICATIONS At Allstar Magnetics, we specialize in custom magnetic solutions tailored to meet the needs of industries requiring high-performance magnetic assemblies. Our Modular & Stackable...
by allstarmag1dev | May 19, 2025 | Allstar Magnetics News, Case Study
vintage guitar pickups Recreating a Legendary Sound: How Allstar Magnetics Revived Vintage CuNiFe Pickups for a Global Guitar Icon Client: World’s foremost manufacturer of guitars, basses, amplifiers, and related equipment. Project Overview: In the music industry, the...
by Doug Donaldson | Mar 11, 2025 | Allstar Magnetics News, Case Study
Modernizing for Success: How AS9100 Certification Transformed Aerospace Manufacturing and Quality Standards Client: An OEM supplier for power generation and distribution, motion control, RF amplifiers, data acquisition, and cockpit instruments primarily for the...
by allstarmag1dev | Jan 14, 2025 | Allstar Magnetics News, Case Study, Industry News
Optimizing Supply Chain Solutions for a Leading Aftermarket RV Power Conversion Supplier Client: Leading supplier of aftermarket power conversion for recreational vehicles Project Overview: The client faced significant challenges due to reliance on a single-source...
by allstarmag1dev | Jan 14, 2025 | Allstar Magnetics News, Case Study, Industry News
From Prototype to Production: Allstar Magnetics’ CustomComponents Drive Innovation in Medical Devices Client: A leading medical device manufacturer specializing in equipment for arthroscopic surgery. Industry: Medical Devices Project Overview: A medical device...
by Doug Donaldson | Jan 14, 2025 | Allstar Magnetics News, Case Study, Industry News
Client: New technology developer for LiDAR applications Project Overview: The client required a complex milled ferrite and wound wire set for their LiDAR application, designed to allow data and power to move independently without interference. While theoretically...
