Magnetisers

Magnetisers are essential tools used in various industries, including manufacturing, automotive, and electronics, for the magnetisation of ferrous materials, such as iron, steel, and other metals. These devices work by creating a strong magnetic field that aligns the domains within a material, turning it into a magnet. Magnetisers are widely used in the UK for their ability to magnetise tools, components, and devices with precision and efficiency, enhancing their functionality and performance. The magnetising process is highly controlled, allowing for the consistent production of magnets with desired magnetic properties. This capability is invaluable for applications that require robust, reliable magnetic fields, such as sensors, motors, and magnetic assemblies.

Primary Functions of Magnetisers

Magnetisers generate a magnetic field using an electric current that passes through a coil, creating a magnetic force that aligns the atoms in the material. This alignment turns the material into a permanent magnet, enhancing its magnetic properties.

Building Materials

• Made from high-grade coils and durable casings, they often include programmable controls.
• Commonly built with copper coils and robust insulated materials to withstand high magnetic forces.

Available Types of Magnetisers

• Electromagnetic Magnetisers: Use electric current to generate magnetic fields.
• Permanent Magnetisers: Permanent magnets are used to induce magnetism in other materials.

What Benefits Do they Offer?

• High precision in magnetising ferrous materials.
• Easy-to-use programmable controls for specific requirements.
• Durable construction suitable for industrial environments.
• Enhances the performance of magnetic tools and components.
• Reduces time and labour costs by automating the magnetising process.
• Offers consistent and repeatable results.

Application Potential of Magnetisers

• Widely used in the automotive industry for magnetising sensors and motors.
• Essential in manufacturing for magnetising tools and magnetic assemblies.
• Used in electronics for creating permanent magnets in devices and components.