Have you ever faced the challenge of designing a compact magnetic system that still needs high torque and stability? Whether you’re engineering a high-speed rotary sensor or a silent electric motor, getting the magnetic configuration right is everything. Many OEM designers are now turning to 25mm large-size diametrically magnetized NdFeB ring magnets—and for good reason. […]
Introduction Magnetic materials are foundational to the modern industrial world. From high-efficiency transformers and electric motors to data storage devices and advanced medical imaging systems, the strategic use of magnetic materials enables innovation across sectors. These materials are typically divided into two broad categories: soft magnetic materials and hard magnetic materials. While both stem from […]
1. Refrigerator Magnets: From Memorabilia to Micro‑Organization 1.1 History and Materials 1.2 Functional Uses 1.3 Strength, Size, and Placement Tips 2. Magnetic Cabinet Latches: Silent Security and Childproofing 2.1 Why Magnetic Latches? 2.2 Components and Installation Step‑by‑Step Guide 2.3 Use Cases 2.4 Pros and Cons Advantage Consideration Silent, invisible closure Requires precise alignment Easy retrofit […]
In the realm of modern technology, two powerful forces often converge in surprising ways: micro‑magnets and laser light. Micro‑magnets—tiny permanent magnets on the scale of micrometers—pack a remarkable magnetic punch despite their minuscule size. When paired with the precision and energy of lasers, they unlock cutting‑edge capabilities across medicine, microfabrication, optical communications, and beyond. In […]
Magnetic induction control has emerged as a transformative technology in robotics, providing a non-contact, highly efficient means to manipulate, actuate, and control robotic systems. This article delves into the principles behind magnetic induction control, examines its integration into modern robotic systems, explores its diverse applications, and highlights how custom magnet solutions—such as those available from […]
Introduction In recent years, rapid advances in biomedical engineering and physics have spurred growing interest in understanding how magnetic fields influence biological systems. Magnetic fields—an omnipresent physical phenomenon—affect not only our everyday environment, such as through the Earth’s geomagnetic protection against high-energy particles, but also have significant applications in medical diagnostics, cancer treatment, tissue engineering, […]