CNC Machining Blog

Cobalt is a vital part of making strong magnets. These magnets are used in various techs from electric cars to green power systems. This post aims at explaining the importance of cobalt in creating high-performance magnets and what this means for future technologies by looking into its unique magnetic properties. We give a holistic view

When it comes to physics and material science, none is as interesting and useful as the study of magnetic properties. The purpose of this discussion is to shed light on what may seem like a very confusing topic for many people: how does copper behave in the presence of magnetic fields? Being one of the

Titanium is a name that implies strength and toughness, and its history reaches back long before the present day. It is revered for its unprecedented strength-to-weight ratio, incredible resistance to corrosion as well as biocompatibility; therefore, it has found application in many sectors such as the aerospace industry, where it’s used for making aircraft bodies

In the interesting area of physics, the magnetic properties of metals are an important subject of study and application, asking suggestive questions and giving deep insights into the world of matter. Amongst metals, iron is of particular interest due to its widespread magnetism, which has been employed in different technological and industrial uses throughout human

Copper is famous for its great ability to conduct electricity, so it is widely used in electrical wiring and electronic components. However, unlike ferromagnetic materials such as iron, nickel or cobalt, copper possesses strange magnetic properties. Copper does not have any inherent magnetic property which allows it to produce a magnetic field. Yet it interacts

Titanium jewelry is a symbol of strength and beauty. It has been praised for being hypoallergenic and durable. Even so, there is a misconception that titanium can make your skin turn green which has made some potential buyers hesitant. In this article, we will try to unravel the truth behind these claims by looking at