Large Component Spark Erosion at A&M Using the Sodick AG100L

A&M is one of the largest users of Sodick EDM technology in Europe, operating an impressive range of Sodick machines across their facility. Their investment in advanced EDM equipment allows them to manufacture an incredibly diverse range of precision components for industries spanning aerospace, automotive, medical, and general engineering.

At Sodi-Tech UK, we regularly feature A&M because the work they produce perfectly demonstrates the capability and versatility of Sodick technology. Their team is constantly pushing the limits of EDM manufacturing, applying spark erosion to create components that would be extremely challenging to produce using conventional machining methods.

Just last week, the team shared details of a project involving large component spark erosion using their Sodick AG100L, one of the largest machines in their EDM department. With an impressive working envelope of 1200 x 650 x 500 mm, the AG100L allows A&M to handle substantial components while maintaining the precision, repeatability, and surface finish that Sodick machines are renowned for.

A&M has built a reputation as a highly capable precision engineering partner, producing components for a wide variety of industries where quality and accuracy are critical. Their expertise in EDM processes enables them to tackle complex geometries, hardened materials, and demanding tolerances that many manufacturers struggle to achieve.

The Sodick AG100L sinker EDM is designed for applications exactly like this. Built with Sodick’s advanced linear motor technology, the machine delivers exceptional positioning accuracy, stable machining conditions, and outstanding surface finish quality. Its large work area makes it particularly well suited to toolmaking, mould production, and large precision components, where both size and accuracy are essential.

For manufacturers requiring high-performance spark erosion on larger parts, machines like the AG100L demonstrate how EDM technology continues to play a critical role in modern manufacturing.