To reap the benefits of Soft Magnetic Composite technology, it is necessary to plan high volume production. That is concentrate on the entire manufacturing process - from start to finish to use. Cost savings are possible by lowering total raw material costs and adding more manufacturing and assembly that is efficient.

Soft magnetic composites are to inspire the manufacturing industry to do more with less. Metal powder technology offers limitless possibilities; it not only allows our customers to reduce their energy and material consumption, but it also enables them to use new and improved techniques that make final products cheaper and more efficient. In short, metal powders are a resource-efficient alternative that can be used in a variety of industry, this is one of our contributions to a more sustainable world.

Somaloy® is a Soft Magnetic Composite (SMC) material with unique 3D flux properties. SMC was created for the manufacture of components for electromagnetic applications that require high performance and low losses. It is intended for high-volume production at a low cost by combining Soft Magnetic Composite technology and the Powder Metallurgy (PM) process. SMC materials' 3D magnetic properties and net shaping capabilities open up new possibilities for designing compact, light, and cost-effective solutions.

Soft Magnetic Composite offers optimal core concept solutions in a variety of market segments, including household appliances and heating, ventilation, and air conditioning (HVAC). However, as illustrated in the illustration below, automotive is the broadest market area with target applications.

FOCUS SMC 100% imports SMC raw material from Hoganas and we us powder metallurgy (PM) technology to produce the final SMC parts according to our clients’ needs. We care about your success, we can make your products with ideal cost-efficiency.

• Modular design • Reducing the total number of parts

• Low scrap rate in manufacturing

• Reducing size and weight of components

• Easy assembly and automated production

• Reducing of the amount of copper

• Reducing the need for subsequent operations

• Easy integration into application